Cybersecurity software design
Interfaces for security platforms — SOC dashboards, threat intelligence tools,
and incident-response consoles. Built for hour seven of a shift.
THE CHALLENGE
I.
SOC analysts process 500+ alerts per shift. When 95% are false positives, attention degrades. We design severity visualization, contextual grouping,
and progressive disclosure that surfaces genuine threats above the noise.
A SOC analyst has seconds to evaluate whether an alert is a real threat. The interface must present indicator data, historical context, and recommended actions in a single view — without requiring navigation.
IP addresses, network topology, vulnerability scores, and attack vectors must be displayed with precision. Ambiguous data visualization in a security context leads to misclassification.
Security tools must balance usability with access controls. Multi-factor authentication flows, device trust verification, and conditional access policies must be frictionless for legitimate users and impassable for everyone else.
WHAT WE DESIGN
II.
I.
Real-time threat monitoring with severity-based alert ranking, timeline visualizations, and drill-down investigation flows. Designed to reduce mean
time to detect (MTTD)
and mean time
to respond (MTTR).
II.
IOC management, threat feed aggregation, attribution timelines, and MITRE ATT&CK mapping interfaces.
III.
Case management, evidence collection, communication coordination, and post-incident reporting workflows.
IV.
Vulnerability scanning results, patch management tracking, compliance status boards, and risk scoring dashboards.
V.
User lifecycle management, permission audit interfaces, access certification workflows,
and zero-trust policy management.
WORKING UNDER NDA
III.
Most cybersecurity engagements operate
under NDA. We work under strict confidentiality agreements and can provide references from previous security clients
on request. Our design team is fluent
in security domain vocabulary —
MITRE ATT&CK, NIST CSF, CIS Controls,
and SOC 2 — so kickoff starts with your product, not a glossary.
We don't need your team to explain
what a SIEM is. We need them to explain
what makes their
SIEM different.
FAQ
IV.
Alert fatigue. SOC analysts process 500+ alerts per shift, and when the overwhelming majority are false positives, attention degrades and real threats get missed. The core design job is signal-over-noise: severity visualization, contextual grouping, and progressive disclosure that surfaces genuine threats above the routine. Close behind is time-critical decision-making — an analyst has seconds to judge an alert, so indicator data, historical context, and recommended actions have to live in a single view rather than behind navigation. Good security UX is measured in faster, more accurate triage, not aesthetics.
Our team is fluent in the vocabulary and frameworks — MITRE ATT&CK, NIST CSF, CIS Controls, SOC 2 — so engagements start with what makes your product different, not a glossary. We're designers, not your security engineers: we design the interfaces analysts and admins work in (SOC dashboards, threat intel, incident response, IAM), drawing on your domain experts for the deep technical specifics. The combination is a tool that's both usable under pressure and accurate in how it represents threat data.
Yes — most security engagements do. We work under strict confidentiality agreements and can provide references from previous security clients on request. Confidentiality shapes how we handle screenshots, data, and case studies, so featured work is anonymized unless a client explicitly approves naming.
We design around the shift, not the screenshot. That means severity-ranked alert views, timeline visualizations, and drill-down investigation flows built to reduce mean time to detect and respond — with the most decision-relevant context (indicators, history, recommended action) reachable without leaving the alert. We validate with people who actually work in a SOC, because the difference between a dashboard that demos well and one that holds up at hour seven of a shift only shows up under real conditions.