Application security review
Examine code and behavior around trust boundaries, data, identity, and consequential operations.
03 / Service
Security work that ends in stronger software.
Challenge important applications and architectures, identify consequential weaknesses, and turn findings into practical remediation.
What this is for
Finding the problem is useful. Fixing the software is better.
Security is not a separate universe from product behavior, architecture, deployment, and operations. Weaknesses emerge from the way those pieces interact: trust placed in the wrong boundary, unsafe defaults, ambiguous authorization, exposed secrets, fragile dependencies, or recovery paths that were never designed.
Pliska focuses on application and security engineering where understanding implementation matters—and where findings need to become repairs rather than a report that sits in a queue.
Architecture review
Challenge system design, data flow, isolation, dependencies, and failure assumptions before they become expensive.
Threat modeling
Make assets, actors, abuse paths, and mitigations explicit enough to guide engineering decisions.
Secure software design
Build security into interfaces, authorization, secrets, state transitions, and operational controls.
Hardening
Reduce exposure across applications, infrastructure, automation, and deployment behavior.
Remediation engineering
Translate a finding into a proportionate fix, regression coverage, and a safer surrounding design.
How the work stays useful
Risk explained in engineering terms.
- 01Define the system, access, critical assets, operating context, and decisions the review needs to support.
- 02Trace meaningful trust boundaries and abuse paths instead of producing a generic vulnerability checklist.
- 03Separate consequential findings from noise and explain realistic impact, evidence, and conditions.
- 04Develop repairs that preserve product behavior and include regression protection where appropriate.
- 05Leave the team with understandable findings, resolved issues, and clear remaining decisions.
Good project shapes
Security questions with engineering consequences.
Good starting points include an architecture review before a consequential launch, application security assessment, focused code review, threat model, remediation sprint, hardening pass, or scrutiny of an AI/agent workflow with broad access or action capability.
What Pliska does not pretend to offer
- A 24/7 managed SOC or helpdesk
- Checkbox compliance with no engineering work
- Fear-based product reselling
- A finding dump without prioritization
Why a software studio does security
The implementation is where risk becomes real.
The ability to build and debug the system changes the quality of security work. It makes it possible to follow behavior across code, infrastructure, APIs, browser flows, automation, and external dependencies—and to judge a repair by how it behaves in the actual product.
That software-and-security overlap is not an expanded service list. It is the operating model.
Explore software engineeringHave software worth challenging?
Start with the system and the concern.
Share what matters, what changed, and what decision or risk needs clarity. Pliska will tell you directly whether the work is a fit.
Start a technical conversation