Available for Hire

Available for Hire

Expanding Platform Capabilities Through Systems Design

Product Strategy

Product Strategy

Systems Design

Systems Design

UX Architecture

UX Architecture

Established scalable product architecture that enabled rapid market expansion

Established scalable product architecture that enabled rapid market expansion

Signal Sciences needed to scale its web security platform beyond its core offering. We discovered customers were cobbling together existing features for bot protection - revealing both a market opportunity and a design challenge.

How could we systematically expand platform capabilities while maintaining a cohesive user experience?

Signal Sciences needed to scale its web security platform beyond its core offering. We discovered customers were cobbling together existing features for bot protection - revealing both a market opportunity and a design challenge.

How could we systematically expand platform capabilities while maintaining a cohesive user experience?

Signal Sciences needed to scale its web security platform beyond its core offering. We discovered customers were cobbling together existing features for bot protection - revealing both a market opportunity and a design challenge.

How could we systematically expand platform capabilities while maintaining a cohesive user experience?

Discovery & Strategy

Discovery & Strategy

Discovery & Strategy

Working closely with product and engineering, we interviewed a dozen customers to understand:


  • Customer workflow patterns and mental models

  • Existing feature usage and customization

  • Technical constraints and opportunities


This research validated our hypothesis: instead of building separate point solutions, we could create a modular system that helped users leverage existing platform capabilities more effectively.

Working closely with product and engineering, we interviewed a dozen customers to understand:


  • Customer workflow patterns and mental models

  • Existing feature usage and customization

  • Technical constraints and opportunities


This research validated our hypothesis: instead of building separate point solutions, we could create a modular system that helped users leverage existing platform capabilities more effectively.

Working closely with product and engineering, we interviewed a dozen customers to understand:


  • Customer workflow patterns and mental models

  • Existing feature usage and customization

  • Technical constraints and opportunities


This research validated our hypothesis: instead of building separate point solutions, we could create a modular system that helped users leverage existing platform capabilities more effectively.

Translating interviews to insights.

Translating interviews to insights.

Translating interviews to insights.

Technical Discovery & Visualization

Technical Discovery & Visualization

Technical Discovery & Visualization

Signal Sciences' platform processed billions of HTTP requests through interconnected systems. To guide the conversations around our technical approach, I leveraged my engineering background to create visualizations mapping the relevant parts of our existing system.

This helped us:

  • Understand system constraints

  • Identify capabilities we could leverage

  • Have better design discussions and get alignment

Signal Sciences' platform processed billions of HTTP requests through interconnected systems. To guide the conversations around our technical approach, I leveraged my engineering background to create visualizations mapping the relevant parts of our existing system.

This helped us:

  • Understand system constraints

  • Identify capabilities we could leverage

  • Have better design discussions and get alignment

Signal Sciences' platform processed billions of HTTP requests through interconnected systems. To guide the conversations around our technical approach, I leveraged my engineering background to create visualizations mapping the relevant parts of our existing system.

This helped us:

  • Understand system constraints

  • Identify capabilities we could leverage

  • Have better design discussions and get alignment

Visualizing the SigSci agent processing flow

Systems Approach

Systems Approach

Systems Approach

Our discovery work revealed that three key parts of our existing platform would come together to support bot protection:


  1. Signals - Detections that identified bot behavior

  2. Dashboards - Visualizations to monitor bot activity

  3. Rules & Alerts - Automated responses to block and track suspicious traffic


We created a modular "kit" architecture that loosely combined these pieces to:

  • Make it easier to get started with bot protection

  • Standardize best practices we saw from power users

  • Create clear marketing and sales opportunities with a new SKU

  • Establish a repeatable pattern for other security use cases

Our discovery work revealed that three key parts of our existing platform would come together to support bot protection:


  1. Signals - Detections that identified bot behavior

  2. Dashboards - Visualizations to monitor bot activity

  3. Rules & Alerts - Automated responses to block and track suspicious traffic


We created a modular "kit" architecture that loosely combined these pieces to:

  • Make it easier to get started with bot protection

  • Standardize best practices we saw from power users

  • Create clear marketing and sales opportunities with a new SKU

  • Establish a repeatable pattern for other security use cases

Our discovery work revealed that three key parts of our existing platform would come together to support bot protection:


  1. Signals - Detections that identified bot behavior

  2. Dashboards - Visualizations to monitor bot activity

  3. Rules & Alerts - Automated responses to block and track suspicious traffic


We created a modular "kit" architecture that loosely combined these pieces to:

  • Make it easier to get started with bot protection

  • Standardize best practices we saw from power users

  • Create clear marketing and sales opportunities with a new SKU

  • Establish a repeatable pattern for other security use cases

The team in thought prioritizing work.

The team in thought prioritizing work.

The team in thought prioritizing work.

Component Architecture

Component Architecture

Component Architecture

We built the system around three core interaction patterns:

We built the system around three core interaction patterns:

We built the system around three core interaction patterns:

Detection Framework (Signals)


Pre-configured templates that caught common bot patterns like:

  • Search engine crawlers

  • Web scrapers

  • Vulnerability scanners

Detection Framework (Signals)


Pre-configured templates that caught common bot patterns like:

  • Search engine crawlers

  • Web scrapers

  • Vulnerability scanners

Detection Framework (Signals)


Pre-configured templates that caught common bot patterns like:

  • Search engine crawlers

  • Web scrapers

  • Vulnerability scanners

Detect bots using predefined Signals.

Detect bots using predefined Signals.

Detect bots using predefined Signals.

Monitoring Interface (Dashboards)


Ready-to-use views that helped teams:

  • Track bot activity over time

  • Identify attack patterns

  • Measure mitigation effectiveness

Monitoring Interface (Dashboards)


Ready-to-use views that helped teams:

  • Track bot activity over time

  • Identify attack patterns

  • Measure mitigation effectiveness

Monitoring Interface (Dashboards)


Ready-to-use views that helped teams:

  • Track bot activity over time

  • Identify attack patterns

  • Measure mitigation effectiveness

Monitor Signal trends with dashboards.

Monitor Signal trends with dashboards.

Monitor Signal trends with dashboards.

Response System (Rules & Alerts)


Automated response system that could:

  • Block or flag suspicious traffic

  • Rate limit aggressive bots

  • Alert teams to active attacks

  • Trigger incident response workflows

Response System (Rules & Alerts)


Automated response system that could:

  • Block or flag suspicious traffic

  • Rate limit aggressive bots

  • Alert teams to active attacks

  • Trigger incident response workflows

Response System (Rules & Alerts)


Automated response system that could:

  • Block or flag suspicious traffic

  • Rate limit aggressive bots

  • Alert teams to active attacks

  • Trigger incident response workflows

Enable automatic actions based on Signal activity.

Enable automatic actions based on Signal activity.

Enable automatic actions based on Signal activity.

Track suspicious behavior over time.

Track suspicious behavior over time.

Track suspicious behavior over time.

Impact & Future Direction

Impact & Future Direction

Impact & Future Direction

The bot protection kit proved we could grow the platform by packaging existing capabilities into focused use-case based solutions.

It was a win for users and the business:

  • Shortened time-to-value for users

  • Created a clear path to upsell existing customers

  • Validated a pattern we could apply to other security use cases


This approach became our blueprint for expanding into other areas like API security and account takeover protection, helping Signal Sciences compete in new markets without building separate point solutions.

The bot protection kit proved we could grow the platform by packaging existing capabilities into focused use-case based solutions.

It was a win for users and the business:

  • Shortened time-to-value for users

  • Created a clear path to upsell existing customers

  • Validated a pattern we could apply to other security use cases


This approach became our blueprint for expanding into other areas like API security and account takeover protection, helping Signal Sciences compete in new markets without building separate point solutions.

The bot protection kit proved we could grow the platform by packaging existing capabilities into focused use-case based solutions.

It was a win for users and the business:

  • Shortened time-to-value for users

  • Created a clear path to upsell existing customers

  • Validated a pattern we could apply to other security use cases


This approach became our blueprint for expanding into other areas like API security and account takeover protection, helping Signal Sciences compete in new markets without building separate point solutions.

Creating intuitive software and content fostering the creativity in everyone.

Available for Hire

©2024 Patrick Morgan

Creating intuitive software and content fostering the creativity in everyone.

Available for Hire

©2024 Patrick Morgan

Creating intuitive software and content fostering the creativity in everyone.

Available for Hire

©2024 Patrick Morgan