Handasa Engicons is India's bold force in enterprise Cloud Infrastructure and Cybersecurity — built for organizations that refuse to compromise on speed, scale, or security.
From hybrid cloud migrations to multi-cloud orchestration, we architect resilient, high-performance environments that grow with your enterprise — not against it.
We don't just protect your perimeter. We embed security into every layer — network, application, data, and identity — so your operations stay ironclad around the clock.
Not generalists. Specialists who've lived in the trenches of enterprise-scale challenges across cloud and security.
Every solution we deliver is threat-modeled from day one. Security is not an afterthought — it's our starting point.
Delivery excellence rooted in India, with a mindset and methodology built for global enterprise demands.
We measure success by your uptime, your compliance score, and your peace of mind — not our deliverable count.
Let's talk about what Handasa Engicons can engineer for you.
At Handasa Engicons Private Limited, we believe that technology infrastructure is not a cost center — it is the backbone of every enterprise's competitive advantage. We've spent over seven years proving it.
Founded in India with a vision to bridge the gap between enterprise ambition and technology reality, Handasa Engicons started as a team of infrastructure engineers and security specialists who were tired of watching enterprises settle for fragile, siloed IT systems.
Over the years, we've grown into a trusted technology partner for some of India's most demanding enterprises — organizations that can't afford downtime, can't afford breaches, and can't afford to be left behind in the cloud era.
We don't offer off-the-shelf solutions. We engineer answers.
We engineer cloud and security systems that don't just work today — they scale with you, protect you, and evolve with the threat landscape of tomorrow.
Our cybersecurity team anticipates threats, simulates them, and eliminates them — before they become your problem.
We architect multi-cloud environments that are clean, documented, and built for long-term operability — not just rapid deployment.
Security is baked into every infrastructure design sprint. DevSecOps isn't a buzzword here — it's our default mode of operation.
We don't disappear after go-live. Our teams stay engaged — monitoring, optimizing, and evolving your systems as your business scales.
We challenge the status quo in every solution we design. Safe answers rarely build great systems.
In security, in delivery, and in every client relationship — we say what we mean and deliver what we promise.
Detail-oriented execution, even at enterprise velocity. We don't cut corners; we engineer them.
We measure our success by the success of our clients. Long-term relationships, not transactional engagements.
Let's have a real conversation about what your enterprise needs.
Two disciplines. One integrated approach. Built exclusively for enterprises that demand more from their technology partners.
Cloud transformation isn't a destination — it's an ongoing engineering discipline. We design, deploy, and manage cloud environments that are scalable, cost-efficient, and operationally resilient.
Whether you're migrating legacy systems, building a multi-cloud strategy, or optimizing existing infrastructure, we bring the architecture expertise to make it work — at enterprise scale.
Move your workloads — applications, databases, and legacy systems — to the cloud with zero disruption. We plan migrations meticulously and execute with precision.
Avoid vendor lock-in. We design intelligent multi-cloud strategies across AWS, Azure, GCP, and on-premise infrastructure.
We codify your infrastructure using Terraform and Ansible — making it repeatable, auditable, and scalable across environments.
We identify waste, right-size resources, and implement governance frameworks that ensure your cloud spend delivers real ROI.
24/7 monitoring, incident response, capacity planning, and performance optimization — so your team can focus on building products, not managing servers.
We design and test DR strategies that guarantee RTO and RPO objectives your business can actually rely on.
The threat landscape is not slowing down — it's accelerating. We build cybersecurity programs that go beyond compliance checkboxes and engineer defense-in-depth strategies that protect your crown jewels.
We protect your data, your infrastructure, and your customers' trust — across every layer of your enterprise.
We embed security at the design phase — not as an afterthought. From network topology to application layer controls, every component is reviewed through a security lens.
Our certified ethical hackers simulate real-world attacks to identify weaknesses before adversaries do. Networks, applications, APIs, and cloud environments.
Continuous monitoring, threat detection, and incident response — delivered by experienced security analysts using advanced SIEM platforms and threat intelligence feeds.
Zero-trust access controls, MFA, and privileged access management frameworks that ensure only the right people reach the right resources.
Misconfigured cloud environments are among the leading causes of enterprise data breaches. We audit, harden, and continuously monitor your cloud posture.
Navigate ISO 27001, SOC 2, GDPR, RBI, SEBI, and other frameworks with confidence — without disrupting operations.
When a security event occurs, speed is everything. Our IR team deploys rapidly, contains the threat, and conducts forensic analysis to prevent recurrence.
A cloud environment that isn't secure is a liability. A security strategy that doesn't account for cloud architecture is incomplete. At Handasa Engicons, our teams work as one.
The most expensive lessons in cybersecurity have already been paid for — by someone else. These landmark disasters show exactly what happens when infrastructure, patching, and security culture break down. Study them, so your enterprise never joins this list.
Attackers exploited a known vulnerability (CVE-2017-5638) in Apache Struts, a web framework used in Equifax's online dispute portal. A patch had been available for over two months — but it was never applied. Once inside, attackers moved laterally through the network for 76 days, undetected, exfiltrating the personal data of roughly 147 million people: names, Social Security numbers, birth dates, addresses, and driver's license numbers.
An expired SSL certificate on an internal traffic-inspection tool meant Equifax's own monitoring was effectively blind for months. Databases were not segmented, credentials were stored in plaintext, and the vulnerability scanning process failed to flag the unpatched system. The breach was a chain of small, preventable failures compounding into a catastrophe.
Patch management is not optional housekeeping — it is frontline defense. Continuous vulnerability scanning, network segmentation, and certificate lifecycle management would each have stopped or contained this breach. This is precisely why our SOC and vulnerability management services treat every unpatched system as an open door.
In May 2017, WannaCry ransomware swept across the globe in a matter of hours, infecting over 200,000 computers in more than 150 countries. It weaponized EternalBlue — an exploit targeting Microsoft's SMBv1 protocol — to self-propagate across networks without any user interaction. The UK's National Health Service was hit hardest: ambulances were diverted, surgeries cancelled, and thousands of appointments lost as hospital systems locked up.
Microsoft had released a patch (MS17-010) nearly two months earlier. The organizations devastated by WannaCry were overwhelmingly running unpatched or end-of-life systems like Windows XP and Server 2003. Legacy infrastructure, deferred upgrades, and flat networks turned one infection into an enterprise-wide shutdown. The attack was only slowed when a researcher accidentally discovered a kill-switch domain in the code.
Legacy systems are liabilities with a countdown timer. Modernization, aggressive patch cycles, network segmentation, and tested offline backups are the difference between a bad day and a national crisis. Our cloud modernization and DR services exist to retire exactly this kind of risk.
NotPetya began as a poisoned software update to M.E.Doc, a Ukrainian tax accounting package — a textbook supply-chain attack. Disguised as ransomware, it was actually a wiper: data it encrypted could never be recovered. Within hours it spread worldwide through corporate VPNs and trusted network connections. Shipping giant Maersk lost its entire global IT estate — 49,000 laptops and 4,000 servers — and reverted to pen and paper across 76 ports. Pharma major Merck, FedEx's TNT Express, and dozens of multinationals suffered similar devastation.
Trusted software updates bypassed every perimeter defense. Once inside, NotPetya harvested credentials and used legitimate admin tools (PsExec, WMI) to spread — meaning even fully patched machines fell. Flat global networks connected Ukrainian branch offices directly to worldwide operations. Maersk only recovered its Active Directory because one domain controller in Ghana happened to be offline during a power cut.
Your security is only as strong as your supply chain and your network architecture. Zero-trust segmentation, privileged access management, and geographically isolated backups are what let an enterprise survive a wiper event. One offline domain controller saved Maersk — by luck. Resilience should never depend on luck.
Nation-state attackers infiltrated SolarWinds' software build pipeline and implanted a backdoor — SUNBURST — directly into signed, legitimate updates of the Orion network monitoring platform. Around 18,000 organizations installed the trojanized update, including US federal agencies (Treasury, Homeland Security, State Department) and Fortune 500 companies. The backdoor lay dormant for up to two weeks, then quietly gave attackers hands-on access to victims' most sensitive networks. The operation ran undetected for roughly nine months before FireEye discovered it while investigating the theft of its own red-team tools.
The malicious code was digitally signed by the vendor itself, so every traditional trust check passed. Orion, as a network monitoring tool, held privileged credentials across entire enterprises — making it the perfect host. Build-pipeline integrity, egress traffic monitoring, and least-privilege architecture were the missing controls almost everywhere.
"Trusted vendor" is not a security control. Modern defense requires zero-trust principles, behavioral monitoring of even signed software, strict egress filtering, and least-privilege access for management tools. Assume breach — then architect so that a breach discovers nothing worth stealing.
The DarkSide ransomware gang breached Colonial Pipeline — operator of the largest fuel pipeline in the United States — through a single compromised VPN password. The account had no multi-factor authentication and belonged to a profile no longer actively in use. Fearing the attack could spread from IT into pipeline control systems, Colonial proactively shut down 5,500 miles of pipeline for six days. Panic buying emptied fuel stations across the US East Coast, airlines rerouted flights, and the federal government declared a state of emergency. Colonial paid a $4.4M ransom (a portion later recovered by the FBI).
One dormant credential, no MFA, and insufficient separation between IT and OT (operational technology) networks meant a single stolen password could threaten national critical infrastructure. The decryption tool provided after payment was so slow that Colonial largely restored from its own backups anyway.
Identity is the new perimeter. MFA everywhere, disciplined credential lifecycle management, and hard IT/OT segmentation are non-negotiable for any enterprise running critical operations. Our IAM and zero-trust services are built to ensure one leaked password can never become a national headline.
Attackers phished credentials from Fazio Mechanical, a small HVAC contractor that had remote access to Target's vendor portal for billing and project management. Using that foothold, they pivoted into Target's internal network and pushed memory-scraping malware to point-of-sale terminals across nearly 1,800 stores — during peak holiday shopping season. Around 40 million card numbers and 70 million customer records were stolen. Target's security tools actually flagged the malware, but the alerts were reviewed and dismissed.
A third party with no business reason to reach payment systems had a network path to them. Vendor access was weakly authenticated, the network was insufficiently segmented, and a functioning alert pipeline failed at the human layer. The CEO and CIO both ultimately resigned — a first for a breach of this kind.
Third-party access is your attack surface. Vendor risk management, strict network segmentation between business and payment systems, and — critically — a SOC that acts on alerts instead of drowning in them, are what separate a blocked intrusion from a boardroom crisis.
Attackers compromised Starwood Hotels' reservation database in 2014. When Marriott acquired Starwood in 2016, it inherited the intruders along with the infrastructure — and they remained inside until discovery in September 2018. Roughly 500 million guest records were exposed, including passport numbers, travel histories, and payment card data. UK regulators fined Marriott £18.4M under GDPR, citing inadequate due diligence during the acquisition.
Cybersecurity due diligence during the M&A process failed to detect a long-running intrusion. Post-acquisition, the legacy Starwood environment was operated for years without deep security assessment or consolidation. Attackers with four years of dwell time had mapped everything.
You inherit the security debt of everything you acquire and integrate. Compromise assessments, continuous threat hunting, and rigorous security due diligence must be part of every merger, migration, and platform consolidation — before systems are connected, not after.
Unpatched systems. Missing MFA. Flat networks. Ignored alerts. Unvetted vendors. These aren't exotic failures — they're everyday gaps. Let Handasa Engicons find yours before an attacker does.
Compliance frameworks aren't paperwork — they're engineering blueprints for defensible enterprises. Here are the major standards we work with, and exactly how Handasa Engicons turns each one from an audit requirement into an operational reality.
The world's most widely adopted cybersecurity framework, organizing security into six core functions: Govern, Identify, Protect, Detect, Respond, and Recover. CSF 2.0 (released 2024) elevated governance to a core function, making board-level accountability explicit. It's voluntary but has become the de facto common language for security programs globally — including for Indian enterprises serving US clients.
Any enterprise wanting a structured, maturity-based security program; organizations in US supply chains; and companies seeking a foundation that maps cleanly onto ISO 27001, SOC 2, and sector regulations.
The international gold standard for information security management. ISO 27001 requires a risk-driven ISMS — leadership commitment, documented policies, the Annex A control set (93 controls in the 2022 revision spanning organizational, people, physical, and technological domains), internal audits, and continual improvement. Unlike NIST CSF, it's formally certifiable by accredited auditors.
IT service providers, SaaS companies, BPOs, and any enterprise where clients contractually demand certified security. In India, it's increasingly a tender prerequisite for both government and large private contracts.
An attestation framework evaluating how service organizations protect customer data across five Trust Services Criteria: Security (mandatory), Availability, Processing Integrity, Confidentiality, and Privacy. A Type I report assesses control design at a point in time; Type II proves controls operated effectively over a 3–12 month period. For SaaS and managed service providers selling to enterprises — especially in the US — SOC 2 Type II is the ticket to the table.
Cloud service providers, SaaS companies, data centers, and any organization processing or hosting client data for US-market customers.
Published in December 2023, ISO 42001 is the world's first certifiable management system standard for artificial intelligence. It requires organizations that develop, deploy, or use AI systems to govern them responsibly — covering AI risk assessment, impact assessments on individuals and society, data quality, transparency, human oversight, and lifecycle management. As AI regulation accelerates globally (EU AI Act, India's evolving DPDP ecosystem), ISO 42001 is becoming the anchor for demonstrating trustworthy AI.
Enterprises deploying AI in decision-making (credit, hiring, healthcare), companies building AI products, and organizations whose clients or regulators demand demonstrable AI governance.
The definitive international standard series for securing operational technology — the PLCs, SCADA systems, DCS, and industrial networks that run factories, power plants, pipelines, and utilities. IEC 62443 defines security across the entire ecosystem: asset owners, system integrators, and product vendors. Its core concepts include Zones and Conduits (grouping assets by criticality and controlling traffic between them) and Security Levels SL1–SL4 (defining protection strength against increasingly capable adversaries).
Manufacturing plants, energy and utility operators, oil & gas, pharmaceuticals, water treatment — any enterprise where a cyberattack can stop physical production or endanger safety. Colonial Pipeline is the case study for what happens without it.
The foundational reference architecture for industrial network design, organizing systems into hierarchical levels: Level 0 (physical processes — sensors, actuators), Level 1 (basic control — PLCs, RTUs), Level 2 (supervisory control — SCADA, HMIs), Level 3 (site operations — historians, MES), Level 3.5 (the critical IT/OT DMZ), and Levels 4–5 (enterprise IT and business networks). Its central principle: traffic should never jump levels, and nothing from the enterprise or internet should ever directly touch a controller.
While cloud connectivity and IIoT have complicated the classic model, its segmentation logic remains the baseline every OT security program is measured against — and the structure IEC 62443 zones typically map onto. Most industrial breaches trace back to Purdue violations: flat networks where enterprise IT connects straight to plant floors.
NIST's comprehensive guide to securing operational technology, expanded in Revision 3 (2023) from "Industrial Control Systems" to cover all OT — building automation, physical access control, safety systems, and IIoT alongside classic ICS. It adapts the NIST 800-53 control catalog for environments where availability and safety outrank confidentiality, patching may require plant shutdowns, and equipment lifecycles run 20+ years. It provides OT-specific overlays, architecture guidance, and risk management aligned to the NIST CSF.
US-aligned enterprises with OT environments, critical infrastructure operators, and any organization wanting authoritative, vendor-neutral OT security guidance to complement IEC 62443's certifiable structure.
A prioritized, prescriptive set of 18 controls and 153 safeguards distilled from real-world attack data — telling you exactly what to do first. Organized into Implementation Groups (IG1 for essential cyber hygiene through IG3 for mature enterprises), CIS Controls answer the question every framework raises: "where do we start?" The companion CIS Benchmarks provide hardened configuration baselines for hundreds of technologies.
Organizations starting their security journey who need actionable priorities, and mature enterprises using CIS Benchmarks to standardize secure configurations across their fleet.
India's binding cybersecurity regime: RBI's Cyber Security Framework and IT outsourcing directions for banks and NBFCs; SEBI's Cybersecurity and Cyber Resilience Framework (CSCRF) for market participants; CERT-In directions mandating 6-hour incident reporting and log retention; and the Digital Personal Data Protection (DPDP) Act 2023 establishing consent-based data governance with significant penalties. Unlike voluntary frameworks, these carry regulatory enforcement — non-compliance is a licensing and legal risk, not just a security one.
Every regulated Indian enterprise: banks, NBFCs, brokers, insurers, and increasingly any business processing personal data of Indian citizens.
We implement frameworks as engineered, operational controls — integrated with your infrastructure, monitored by our SOC, and maintained as you evolve. Tell us which standards your business faces, and we'll map the fastest path to defensible compliance.
Every term you'll encounter when working with Handasa Engicons — explained in plain language. Use the search or filter by category to find exactly what you need.
Malware that encrypts an organization's files and demands payment for the decryption key. Modern variants also steal data first and threaten to publish it — known as double extortion. Colonial Pipeline and WannaCry are landmark examples.
Related: Incident Response & SOC ServicesFraudulent emails, messages, or websites designed to trick users into revealing credentials or installing malware. Spear phishing targets specific individuals; whaling targets executives. The entry point for the majority of enterprise breaches.
Related: Security Awareness & IAMCompromising an organization indirectly through its trusted vendors, software providers, or update mechanisms. SolarWinds and NotPetya both spread this way — bypassing perimeter defenses entirely because the malicious code arrived signed and trusted.
Related: Vendor Risk & Security ArchitectureA vulnerability unknown to the software vendor, meaning zero days have been available to patch it. Exploits for zero-days are highly prized by attackers because no defense signature exists yet.
Related: Penetration Testing & SOCFlooding a target's servers or network with traffic from thousands of compromised machines (a botnet) until legitimate users can't get through. Used for extortion, sabotage, or as a smokescreen for other intrusions.
Related: Cloud Security & Managed OperationsA sophisticated, well-resourced attacker — often nation-state backed — who gains long-term covert access to a network. APTs prioritize stealth over speed; the Marriott attackers dwelt inside for four years.
Related: Threat Hunting & SOC ServicesManipulating people rather than technology — impersonating IT support, creating urgency, or exploiting trust to extract credentials and access. Humans are the most common vulnerability in any security program.
Related: Security Awareness TrainingRisk originating from within — a malicious employee, a careless contractor, or a compromised account belonging to legitimate personnel. Requires behavioral monitoring and least-privilege design rather than perimeter defense.
Related: IAM & Privileged Access ManagementHow attackers expand from their initial foothold to more valuable systems — harvesting credentials, exploiting internal trust, and hopping machine to machine. Network segmentation exists specifically to stop this.
Related: Zero Trust & Network SegmentationA dedicated team and facility that monitors an organization's systems 24/7, detects threats, and responds to incidents. Handasa's SOC services give enterprises this capability without building it in-house.
Handasa Service: SOC ServicesA platform that aggregates logs and events from across the enterprise, correlates them, and raises alerts on suspicious patterns. The central nervous system of a SOC — but only valuable when alerts are actually acted upon.
Handasa Service: SOC ServicesAuthorized, simulated attacks conducted by ethical hackers to find exploitable weaknesses before real adversaries do. Covers networks, web applications, APIs, and cloud environments, with a detailed remediation report.
Handasa Service: VAPTSystematic scanning and analysis of systems to identify known weaknesses — unpatched software, misconfigurations, weak protocols — ranked by severity. The breadth-focused counterpart to a penetration test's depth.
Handasa Service: VAPTThe structured process of containing, eradicating, and recovering from a security breach — plus forensic analysis to understand how it happened and prevent recurrence. Speed of response directly determines the cost of a breach.
Handasa Service: Incident Response & ForensicsCurated, actionable information about active attacker groups, their tools, and their techniques — used to tune defenses proactively rather than reacting after impact.
Related: SOC ServicesAdvanced protection on laptops, servers, and workstations that detects malicious behavior (not just known malware signatures), records forensic detail, and enables remote containment of compromised machines.
Related: SOC & Managed SecurityLayering multiple independent security controls so that when one fails — and one always eventually fails — others still stand between the attacker and the crown jewels. The opposite of relying on a single firewall.
Handasa Service: Security Architecture & DesignDividing a network into isolated zones so a compromise in one area can't spread everywhere. The single control that would have contained Target, NotPetya, and Colonial Pipeline.
Handasa Service: Security ArchitectureIntegrating security checks directly into the software development and deployment pipeline — automated code scanning, dependency checks, and infrastructure validation — instead of bolting security on at the end.
Handasa Service: Cloud & Security IntegrationA security model built on "never trust, always verify" — no user or device is trusted by default, even inside the corporate network. Every access request is authenticated, authorized, and continuously validated.
Handasa Service: IAM & Zero Trust ArchitectureRequiring two or more proofs of identity — something you know (password), something you have (phone/token), something you are (biometrics). The single missing control behind the Colonial Pipeline shutdown.
Handasa Service: IAMThe framework of policies and technology governing who can access what — provisioning, authentication, authorization, and deprovisioning across the enterprise. Identity is the modern security perimeter.
Handasa Service: IAMExtra controls around the most powerful accounts — admins, service accounts, root access — including credential vaulting, session recording, and just-in-time elevation. Attackers hunt privileged accounts first.
Handasa Service: IAM & PAMGranting every user, application, and system only the minimum access required to do its job — nothing more. Limits the blast radius when any single account is compromised.
Related: IAM & Security ArchitectureOne secure authentication granting access to multiple applications — improving both user experience and security by centralizing identity control and reducing password sprawl.
Related: IAMMoving applications, data, and workloads from on-premise data centers to cloud platforms — via rehosting ("lift and shift"), replatforming, or full refactoring — with minimal business disruption.
Handasa Service: Cloud Migration & ModernizationUsing services from multiple cloud providers (AWS, Azure, GCP) simultaneously — distributing workloads for resilience, cost optimization, and freedom from vendor lock-in.
Handasa Service: Multi-Cloud ArchitectureAn architecture combining private/on-premise infrastructure with public cloud, letting sensitive workloads stay in-house while elastic workloads scale in the cloud — connected and managed as one environment.
Handasa Service: Hybrid ArchitectureDefining servers, networks, and configurations in version-controlled code (Terraform, Ansible) instead of manual setup — making infrastructure repeatable, auditable, and instantly rebuildable.
Handasa Service: Infrastructure as CodeInsecure cloud settings — public storage buckets, over-permissive roles, exposed databases — that leak data without any "hacking" required. One of the leading causes of enterprise cloud breaches.
Handasa Service: Cloud Security PostureThe tested plan and infrastructure for restoring operations after catastrophe — cyberattack, outage, or natural disaster. Measured by RTO (how fast you recover) and RPO (how much data you can afford to lose).
Handasa Service: DR & Business ContinuityRTO: the maximum acceptable downtime before recovery. RPO: the maximum acceptable data loss, measured in time. These two numbers drive every DR design decision and its cost.
Handasa Service: DR & Business ContinuityThe discipline of eliminating cloud waste — right-sizing instances, removing orphaned resources, using reserved capacity, and enforcing governance so cloud spend maps to actual business value.
Handasa Service: Cloud Cost OptimizationArchitecting systems with redundancy across servers, zones, and regions so no single failure causes downtime. Expressed in "nines" — 99.9% availability allows under 9 hours of downtime per year.
Handasa Service: Managed Cloud OperationsThe leading international standard for information security management systems (ISMS). Certification demonstrates an organization has systematic, audited controls over its security risks — often a prerequisite for enterprise contracts.
Handasa Service: Compliance & Risk ManagementAn audit framework (from AICPA) evaluating how a service organization protects customer data across security, availability, processing integrity, confidentiality, and privacy. The trust benchmark for SaaS and IT service providers.
Handasa Service: Compliance & Risk ManagementThe EU's data protection law with global reach — any organization handling EU residents' data must comply. Penalties reach 4% of global annual revenue; Marriott's £18.4M fine was a GDPR action.
Handasa Service: Compliance & Risk ManagementIndia's Reserve Bank and Securities Exchange Board mandate strict cybersecurity frameworks for banks, NBFCs, and market participants — covering incident reporting, data localization, audits, and board-level accountability.
Handasa Service: Compliance & Risk ManagementSystematically identifying what could go wrong, how likely it is, and how much it would hurt — then prioritizing security investment where risk is highest instead of spreading budget evenly.
Handasa Service: Compliance & Risk ManagementA formal, evidence-based review of an organization's security controls against a defined standard or framework — internal or third-party — producing findings and a remediation roadmap.
Handasa Service: Compliance & Risk ManagementLegal requirements dictating where data must be physically stored and processed. Critical in India for payment data (RBI mandate) and increasingly relevant for cloud architecture decisions worldwide.
Related: Cloud Architecture & CompliancePolicies covering breach costs — forensics, legal, notification, and recovery. Insurers now demand proof of controls like MFA and EDR before issuing coverage, making strong security a financial prerequisite.
Related: Risk ManagementTalk to our experts about what any of these mean for your specific environment — and how to put them to work.
Answer 12 quick questions across five security domains and get an instant risk score — plus personalized recommendations from Handasa's security engineers. Takes under 3 minutes. No jargon required.
Every cyberattack follows a sequence of stages. Defenders only need to break the chain once; attackers must succeed at every link. Explore each stage below to see how the attacker operates — and exactly which Handasa capability shatters that link.
Handasa engineers defense-in-depth across the entire kill chain — so even when one control misses, the next one catches. Let's map your coverage stage by stage.
Whether you're starting a cloud transformation, hardening your security posture, or exploring what's possible — we're ready to listen and ready to act.
Reach out to us at either of our offices, or fill in the form and we'll get back to you within 24 hours.
No-133, Kubra Cottage, Bankipore
Patna – 800004, Bihar, India
H-14/C, Fifth Floor, Abul Fazl Enclave – 1
Jamia Nagar, Okhla, New Delhi – 110025, India
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