Cybersecurity & Technology · Gurugram, Haryana, India
Infolocklabs LLP delivers cybersecurity, cloud security, Microsoft security, VAPT and secure technology solutions designed to reduce risk and strengthen modern digital environments.
Security across
Security for the infrastructure, identities, applications and data that power modern businesses.
Infolocklabs LLP delivers practical cybersecurity and technology solutions across Microsoft, cloud, endpoint, application and infrastructure environments. Every engagement starts with what the environment actually looks like, not with a product recommendation.
Security-focused expertise across identity, endpoint, cloud, application and data security.
01Core services
Grouped by domain, each with defined scope, an engagement process and the outcomes you should expect.
Assess security risk across your environment, strengthen the controls that matter and build a security strategy your team can actually execute.
Test applications, APIs, networks and cloud environments the way an attacker would, and get findings with proof, impact and a fix.
Detection engineering, alert triage and incident response support, delivered against agreed coverage hours and documented escalation paths.
Replace implicit network trust with verified identity, device health and least-privilege access, delivered in stages rather than as a rebuild.
Deploy Microsoft Sentinel with the data sources, detection content and dashboards that make it useful rather than expensive.
Enrol, configure and control every device that touches company data, across Windows, macOS, iOS and Android, from one management plane.
Harden identity, email, collaboration and data protection across Microsoft 365 using the controls the licence you already hold provides.
Assess and harden cloud environments across identity, network, workload and data, then keep the configuration from drifting back.
Secure Azure subscriptions across identity, network, workload and data, with governance that holds as the estate grows.
Review and harden AWS accounts across IAM, network exposure, data protection and detection, with guardrails that scale to new accounts.
Assess and harden Google Cloud projects across IAM, network, workload and data, with organisation policy applied as a guardrail.
Deploy and harden Kubernetes clusters: RBAC, network policy, admission control, secrets and image supply chain, with DevSecOps built in.
Websites, custom applications, Shopify builds and integrations, engineered with security requirements written into the design rather than reviewed at the end.
Prepare for ISO 27001, SOC 2, PCI DSS, GDPR and the India DPDP Act with controls that are implemented rather than merely documented.
02Security first
Six areas account for most of what we are asked to do. Each links through to the full service, with scope, process and expected outcomes.
Cybersecurity
Assessment, architecture and strategy work that produces a defensible order of remediation rather than a scanner export.
Microsoft Security
Entra ID, Conditional Access, Intune, Defender and Purview configured to work as one system instead of five separate consoles.
Cloud Security
Azure, AWS, Google Cloud and Kubernetes assessed against platform benchmarks, then hardened in code so the fix survives the next deployment.
VAPT
Manual penetration testing across applications, APIs, networks and cloud, with evidence, severity and a retest after remediation.
SOC & SIEM
Microsoft Sentinel and Defender XDR with detections mapped to MITRE ATT&CK, tuned against real noise, and a documented escalation path.
Zero Trust
Identity, device health and least privilege turned into access decisions, delivered in stages that each stand on their own.
05Secure digital development
Development is a supporting pillar of what we do. It exists because the findings we write up most often originate in application design decisions taken months earlier.
Corporate sites, responsive builds, WordPress and e-commerce, with maintenance and hardening.
Web applications, SaaS, CRM and ERP builds, dashboards and workflow automation.
Store and theme development, custom apps, API integration, migration and performance work.
REST API design, payment gateway, CRM and ERP integration, business automation.
Threat modelling in design, SAST, DAST and SCA in the pipeline, code security review.
Security gates inside delivery: dependency scanning, secret detection, policy as code.
06Governance
Gap assessment against the framework you need, help implementing the controls that are genuinely missing, and an evidence set an assessor can work through.
We are consultants, not a certification body. We prepare organisations for audit; the certificate itself comes from an accredited certification body appointed separately.
07Technologies & Platforms
Security work is only as good as the depth of knowledge behind the platform it targets. These are the environments our engagements are built on.
Product names and logos are trademarks of their respective owners and are shown to indicate the technologies we work with. Their appearance here does not imply a partnership, certification, endorsement or authorised reseller relationship.
08Why Infolocklabs
Every finding carries evidence, a reproduction path and the specific change required. A report nobody can act on is a report that does not get actioned.
The people who test applications also build them. Design decisions get made with the findings already in mind rather than discovered at the end.
Most environments do not need another product. They need the controls they already licence configured coherently, which is where we start.
We describe coverage as exactly what we staff and compliance status as exactly what is evidenced. Nothing on this site is a placeholder statistic.
03Industries
Different regulatory pressure, different constraints, the same underlying question: which controls are actually working.
Financial organisations operate under supervisory expectations that assume controls are documented, tested and evidenced. Security work in this sector is shaped less by…
Read moreHealthcare environments combine highly sensitive personal data with clinical systems that cannot simply be taken offline for patching. Security has to be designed…
Read moreManufacturing has converged IT and operational technology without converging their security models. Production systems often run unsupported software on flat networks…
Read moreE-commerce platforms are directly exposed, handle payment flows and depend on a long tail of third-party scripts and integrations. The security questions are concrete:…
Read moreTechnology companies are usually asked to prove their security posture before they are asked about their product. Security review has become part of the sales cycle.…
Read moreProfessional services firms hold client confidential material and are frequently targeted as a route into their clients. Security expectations are set by the largest…
Read moreSmaller organisations get the same threats as large ones without the same headcount. The right answer is rarely more tooling; it is configuring what is already…
Read more09Security methodology
The same shape whether the engagement is an assessment, an implementation or a test. Each step produces something the next one uses.
Understand the infrastructure, identities, applications and data in scope, then establish where the real risk sits.
Step 1 of 5Develop a security architecture and a remediation strategy that fits the environment, the budget and the operating model.
Step 2 of 5Deploy security controls and platform configuration, with change documented and handover built into the engagement.
Step 3 of 5Test the controls that were put in place through assessment, configuration review and security testing.
Step 4 of 5Feed findings back into the roadmap so the security posture keeps moving rather than drifting after go-live.
Step 5 of 5We do not offer guarantees of security outcomes. No control set removes risk entirely, and anyone claiming otherwise is selling something.
10Resources
Notes from assessment and implementation work: what we find, why it recurs and what to do about it.
Conditional Access is the control that turns a Microsoft 365 licence into an access policy. Most tenants run a fraction of what they are entitled to, and the gaps are consistent enough to be worth listing.
A penetration test is only as useful as the report that comes out of it. Here is what a report should contain, and how to tell a genuine test from an exported scanner run.
Cloud assessments across different platforms and different organisations tend to surface the same small set of issues. They are worth checking before anyone runs a formal review.
11FAQ
Short answers to what people ask before a first conversation.
Not covered here? Ask us directly.
Fourteen core service areas: cybersecurity consulting, Microsoft Intune and MDM, Microsoft 365 security, cloud security, penetration testing and VAPT, managed SOC and monitoring, Zero Trust architecture, SIEM implementation, Azure security, AWS security, Google Cloud security, Kubernetes security, secure web and software development, and GRC and compliance. Engagements are usually scoped to a specific outcome rather than sold as a bundle.
Vulnerability Assessment and Penetration Testing. The assessment identifies weaknesses across a target; the penetration test establishes which of them can actually be exploited and what an attacker would reach as a result. The two are often quoted together, but they answer different questions, and a report that only lists scanner output is an assessment rather than a test.
Microsoft Intune is a cloud service for managing devices and applications. It handles enrolment, configuration, compliance evaluation, application delivery and patching across Windows, macOS, iOS, iPadOS and Android. Its compliance signal is what allows Conditional Access to make access decisions based on device health rather than on credentials alone.
We review the tenant configuration against a security baseline: identity and authentication methods, Conditional Access, mail flow and threat policies, sharing and external access settings, data protection, and audit configuration. You receive a prioritised finding list that notes the licence required for each recommendation, so you can distinguish what you can enable today from what would need an upgrade.
The set of controls that determine who can access a cloud environment, what can reach what across its network, how workloads and data are protected, and how activity is logged and monitored. Under the shared responsibility model the provider secures the underlying platform; configuring everything above it is the customer's responsibility, and that is where most cloud incidents originate.
An architectural approach in which no request is trusted because of its network location. Every access decision is evaluated against identity, device state, resource sensitivity and request context, and re-evaluated over time rather than granted once. It is a design position implemented through controls most organisations already own, not a product to purchase.
Tell us what you are trying to protect and what has changed recently. We will tell you what we would look at first, and whether we are the right people for it.
