Cybersecurity, software engineering, and animation, motion design & frontend development, delivered with authorisation and care
Offensive Security
We attack your systems the way a real adversary would, within strict ethical boundaries, to prove where the weaknesses are before an attacker finds them. Every assessment is carried out with written authorisation, an agreed scope, and documented rules of engagement.
Defensive Security
We then help you close those gaps for good. Monitoring, detection engineering, hardening, incident response, and secure development turn a one-off test into a standing defence that keeps improving as your environment changes.
All offensive work is authorised, scoped, and defensive in purpose. See our ethics & responsible security policy for the commitments behind every engagement.
Pick the capability that matches your problem. Most of our engagements touch more than one.
Offensive and defensive security, delivered with authorisation and care. Security is two-sided, and we work both sides. Every technique used to prove a weakness is also the technique that closes it.
Simulating real-world attacks across web, mobile, network, and cloud environments to identify vulnerabilities before adversaries do. Every test is carried out with written authorisation, an agreed scope, and documented rules of engagement.
Systematic scanning and analysis of systems, networks, and applications to identify, prioritise, and remediate security weaknesses.
Full-scope adversarial simulations that test people, processes, and technology - going beyond automated tools to emulate real threat actors. Scoped and authorised up front, and run with the client's own response team on standby.
Embedding security into every stage of the SDLC - from threat modelling and secure architecture reviews to code auditing and security testing.
Integrating automated security gates, SAST/DAST tooling, and policy-as-code into development pipelines for continuous, shift-left security.
Assessing and hardening cloud environments across AWS, Azure, and GCP - including posture management, identity security, and workload protection.
Leveraging machine learning and data-driven analysis to detect, predict, and respond to emerging threats with context-aware intelligence pipelines.
Rapid containment, eradication, and recovery from security breaches - supported by digital forensics to understand root cause and preserve evidence.
24/7 monitoring, threat hunting, and security operations - providing enterprise-grade defence without the overhead of building an in-house SOC.
Helping organisations design, build, and mature their Security Operations Centres - from tool selection and workflow design to team skilling.
Guidance on regulatory frameworks including POPIA, ISO 27001, and industry standards - helping organisations navigate compliance and manage cyber risk.
Strategic advisory covering security program design, technology selection, vendor evaluation, policy development, and board-level risk reporting for organisations of all sizes.
Manual and automated review of smart contracts on Ethereum, Solana, and other chains - identifying logic flaws, gas optimisations, and vulnerability vectors before deployment.
Evaluating consensus mechanisms, bridge protocols, tokenomics, and dApp architecture to ensure the integrity and resilience of Web3 infrastructure.
Building a human firewall through engaging, context-relevant training programs that equip teams to recognise and respond to social engineering and phishing threats.
Applications, APIs and products, from the first prototype through handover and maintenance. This team built BizIntel and SiteSurveyor, so the way we work is visible in shipped software rather than promised in a brochure.
Web, desktop and mobile applications built against a stated specification, with handover documentation and a maintenance plan attached rather than offered later.
REST and event-driven services, data modelling, and third-party API integration. It is the layer most products actually depend on.
Turning an idea into something that runs. BizIntel and SiteSurveyor both started here, as specifications rather than feature lists.
Dependency upgrades, bug fixing, monitoring and iteration on systems we built or systems we inherited. Being maintainable by whoever comes next is part of the deliverable.
Design review and code review before the expensive stage, when a structural decision is still cheap to change.
Every system we build is designed against the findings our security testing produces, so the defects we already know how to find are never introduced in the first place.
Profiling and optimisation against real workloads, rather than assumptions about where the bottleneck is.
Making the invisible legible. An attack path, a system architecture or a survey dataset is easier to act on when it can be seen. We animate and design the motion, model what needs to be modelled, and build the frontend that runs it. One team, no handover between the design and the code.
Hard-surface and organic assets, modelled, textured and optimised for web or real-time use, delivered at the resolution and topology the target actually needs.
Motion graphics, 2D and 3D sequences that explain a system, a process or a finding to someone who does not already hold the context. Storyboarded, animated and delivered at the length and format the channel needs.
The interface the animation lands in. Component-based builds, design systems, scroll and transition choreography, and accessibility, all in the same codebase as the motion work, so what ships is what was designed.
Real-time browser scenes: explorable configurations, architecture walkthroughs and data visualisations that respond to input rather than playing a fixed video.
The same discipline on a small screen. Touch-driven scenes, responsive layouts and performance budgets that hold on a mid-range Android, not just the machine it was designed on.
Product renders and visual assets for marketing, investor-facing material and technical documentation.
Not sure which capability fits? Tell us the problem and we will tell you which parts of the lab it needs.