eStroke is a security and product engineering company. We solve technology problems through specialist engineering engagements, delivered across three pillars. Most clients start in one and grow into the next — strategic advisory is available alongside any of them.
Secure what you already run.
Find what is exploitable, build the detection that catches it, and turn the frameworks you answer to into working technical controls.
Remove the work that repeats.
Orchestrated response, hardened delivery pipelines and system-to-system integration, so analysts and engineers stop doing the same thing by hand.
What this covers →Build what you need next.
Cloud-native applications, APIs, internal platforms and AI-enabled capabilities, engineered with security in the architecture rather than bolted on afterwards.
What this covers →The problems that tend to be on the table when someone calls us — and what we put against them.
Application security, penetration testing and DevSecOps.
Cloud security and compliance engineering.
Security automation and SOAR.
Remediation engineering and embedded technical support.
Embedded security and engineering support.
Product engineering and security architecture.
The engineering track record behind every engagement — delivered by our team earlier in their careers, not as eStroke client engagements.
Our leadership includes inventors behind granted U.S. cybersecurity research and patented security technology — detecting cyberattacks that impersonate legitimate sources, with further ML-based phishing detection research using URL and HTML models in progress.
Our team's experience includes delivering production detection capability for an information security platform rated 4.4 on Gartner Peer Insights — drive-by download detection, phishing defense, and IDS/IPS tuning across Snort and multiple AV engines.
Our engineering experience includes architecting AWS SaaS pipelines processing millions of URLs daily across S3, Lambda, ElastiCache, CloudWatch, and CloudFormation — built for elastic throughput, resilience, and predictable cost.
Experience behind eStroke includes building an IDS capability that captured worldwide malicious HTTP traffic to surface zero-day attacks, closing a coverage gap that off-the-shelf signature sets consistently missed. That background shapes the detection content we write for clients.
Our leadership has built and run engineering organizations of 35+ across the US, GCC, and Pakistan, delivering cloud-native platforms for 12M+ active users and protecting over $240M in annual losses — with near-zero false positives in production.
The people, research practice, and domain depth behind every engagement — whether that is a two-week assessment or a multi-quarter program.
Our leadership has built and run distributed engineering organizations across the US, GCC, and Pakistan, working directly with C-level stakeholders to align technology roadmaps with business growth. We carry that into every engagement: senior practitioners stay involved from scoping through delivery rather than stepping away after the sale, and we staff to the problem rather than to a fixed retainer.
Our leadership includes inventors behind granted U.S. cybersecurity research and patented security technology, and we continue machine-learning work on URL- and HTML-based detection models. We do that research to sharpen the work we deliver, and the same method carries into every engagement: form a hypothesis, measure it against real traffic, then deploy only what demonstrably reduces risk.
We work with startups shipping their first production release, with growing product teams that have outrun their security coverage, and with enterprises answering to auditors and regulators. The engagement model changes; the engineering standard does not.
The same four steps, whether the work is a two-week assessment or a multi-quarter program.
Understand the security, architecture and operational problem.
Build working technical controls, software or infrastructure.
Remove repetitive work and connect systems.
Convert repeatable engineering into reusable technology.
We don't only recommend technology. We build and test it — and the reusable engineering behind our engagements lives here.
Research and testing of malicious traffic, detection logic, security tooling, threat behavior and defensive controls.
Reusable integrations, workflows, security automations, reporting components and engineering utilities.
Applied research across phishing, impersonation, malicious content, detection engineering and application security.
Repeatable engineering problems with broader commercial value are developed into reusable internal or commercial technology.
These are internal engineering and research capabilities, not commercial products. Anything that matures into one will be listed here first.
Selected outcomes across our team's prior and current engineering work.
Whether it’s a security gap, a manual workflow or a new technology product, we’ll help determine the right engagement.
