James Chillingworth

CEO of The Consulting Practice Actor - Bachelor of Mathematics - University of Waterloo

[James Chillingworth @jchilliplanet]

IT Security News. 📰

An interesting article about ensuring that you treat off-shore Cloud Environments secure. Also, we've come across a technology that partitions data across multiple cloud platforms simultaneously, making a security breach much less likely (check out -> "Binarii Labs" for more details)

Stay Secure, Stay Safe!

Cheers, Chilli. 🌶️

https://t.co/TwZkHVFXEH

#ITSecurity #Infosec #Appsec #Cybersecurity

[James Chillingworth @jchilliplanet]

IT Security News. 📰

It is hard to believe how easy it is to socially engineer access to secure systems....and the beat goes on......We provide various external testing including social engineering for our clients so that they can improve their cyber-posture.

Stay Secure, Stay Safe!

Chilli. 🌶️

https://t.co/TnfcilIYbC

#ITSecurity #Infosec #Appsec #Cybersecurity

[James Chillingworth @jchilliplanet]

IT Security News. 📰

Some great TOP 10 ways to determine whether and how to use Artificial Intelligence to discover vulnerabilities in your "environment" We provide our clients with AI assistance for finding vulnerabilities.

Stay Secure, Stay Safe!

Chilli. 🌶️

https://t.co/MQWfiUQFtD

#ITSecurity #Infosec #Appsec #ITSecurity

[James Chillingworth @jchilliplanet]

Cybersecurity News. 📰

Wonder how many additional existing vulnerabilities will be identified in the future? Stay Tuned as it is likely not ZERO!

Stay Secure, Stay Safe!

Chilli. 🌶️

https://t.co/3EKvIRGcKB

#ITSecurity #Infosec #Appsec #Cybersecurity

[James Chillingworth @jchilliplanet]

IT Security News. 📰

Artificial Intelligence (AI) - Benefits and Challenges that you should be aware of when using AI. This plot in this movie keeps changing, so stay tuned! We provide AI Expertise for our clients.

Stay Secure, Stay Safe!

Chilli. 🌶️

https://t.co/wpms1Q8fb6

#ITSecurity #Infosec #Appsec #Cybersecurity

[James Chillingworth @jchilliplanet]

IT Security News. 📰

So its not just your organization, but who your partner with in the supply chain that you need to be concerned about - the weakest chain in the link?

Stay Secure, Stay Safe.

Chilli. 🌶️

https://t.co/2mKJcucDNA

#ITSecurity #Infosec #Appsec #Cybersecurity

[James Chillingworth @jchilliplanet]

IT Security News. 📰

Interesting website impersonation approach.

Stay Secure, Stay Safe!

Chilli. 🌶️

https://t.co/VEwivuI9tE

[James Chillingworth @jchilliplanet]

IT Security News. 📰

Focusing on your data, what it is, how it is used and then providing cybersecurity controls seems to be a logical approach to improve your cyber-posture!

Stay Secure, Stay Safe!

Chilli. 🌶️

https://t.co/L5bw4i7czG

#ITSecurity #Infosec #Appsec #Cybersecurity

[James Chillingworth @jchilliplanet]

Cybersecurity News. 📰

Some great insight on how Boards can better manage and prepare for cybersecurity integration within their organizations. We assist organizations with optimizing their cybersecurity strategies and communications.

Stay Secure, Stay Safe!

Chilli. 🌶️

https://t.co/lub95dT59f

#ITSecurity #Infosec #Cybersecurity #Appsec

[James Chillingworth @jchilliplanet]

Cybersecurity News. 📰

Some good advice for ensuring that Artificial Intelligence (AI) does not become a threat itself! Some basic policy to follow when deploying AI. We provide advice to our clients to ensure that their AI is Secure and Manageable.

Stay Secure, Stay Safe!

Chilli. 🌶️

#ITSecurity #Infosec #Appsec #Cybersecurity

https://t.co/vv9txa7cCh

[James Chillingworth @jchilliplanet]

IT Security News. 📰

Microsoft announcing some new rigor from a security perspective is good news for security, but could be annoying for users. Seems like maybe an Artificial Intelligence (AI) assistant could help with responding to the "nagging prompts", however anything done with AI also needs to be reviewed. Security and Efficiency are often conflicting objectives. Hmmm. We provide to our clients with how to bolster their cyber-posture and apply efficiencies as much as possible.

Stay Secure, Stay Safe!

Chilli. 🌶️

https://t.co/6rYfx0rtkN

#ITSecurity #Infosec #Appsec #Cybersecurity

[James Chillingworth @jchilliplanet]

IT Security News. 📰

So in this report from Microsoft, it indicates that Water Utilities are vulnerable to cyber attacks. Consideration should also be done to ensure that they have backup capabilities in place - even things like backup water sources so that thing like fires don't get out of control - as per what happened in Los Angeles last year. We ensure organizations have backup capabilities from an IT and Cybersecurity focus.

Stay Secure, Stay Safe!

Cheers, Chilli. 🌶️

https://t.co/ltQYxdBUZl

[James Chillingworth @jchilliplanet]

Cybersecurity News. 📰

Operational Technology (OT) environments are different than traditional IT Environments and have to be protected differently. This article explores the nuances of applying security to the OT environment. Avoiding hard stops or shutdowns to update devices/technology is not always feasible so alternate security approaches need to be applied - kind of like a "Blanket around an egg-shell" to prevent the egg from cracking. This doesn't always work, but its a start. Unfortunately, we can expect more Manufacturing Plants unexpected shut-downs as time ticks on. We assist our clients with enhancing OT Security.

Protecting operational technology (OT) without updating hardware or software relies on compensating controls and architectural defenses to reduce attack surfaces and detect/prevent exploitation of known/unknown vulnerabilities.

1) Implement strict network segmentation (using Purdue model zones/conduits, firewalls, and unidirectional gateways) to isolate OT from IT/corporate networks and the internet, minimizing lateral movement and external exposure.

2) Enforce zero-trust principles adapted for OT through strong identity/access management with multi-factor authentication, least-privilege role-based access, jump servers or brokered remote access, and application allow-listing to block unauthorized executables.

3) Deploy passive or agentless continuous monitoring with OT-aware intrusion detection systems (IDS) for anomaly detection, combined with real-time network traffic analysis and file integrity monitoring where feasible.

4) Reduce the attack surface by disabling unused ports/services, eliminating unnecessary connections, and applying virtual patching via inline security gateways that block exploit attempts without touching endpoints.

Complement these with rigorous physical security, personnel training, and incident response plans tailored to OT availability requirements, creating layered defense-in-depth that significantly raises the difficulty and cost for attackers while preserving system stability and uptime.

Stay Secure, Stay Safe!

Chilli. 🌶️

https://t.co/tqFPrgkOMv

#ITSecurity #Infosec #Appsec #Cybersecurity #OT #OperationalTechnology

[James Chillingworth @jchilliplanet]

IT Security News 📰

Security Threats are growing and its good that more mainstream media is reporting on this.

Stay Secure, Stay Safe!

Cheers, Chilli. 🌶️

Examples of Mainstream Coverage

The New York Times maintains a dedicated Cybersecurity section and regularly publishes in-depth articles on breaches, government strategies, and incidents (e.g., shutdowns at cyber agencies, data leaks, or state-linked attacks).

BBC News has dedicated pages/topics for data breaches and cyber-attacks, covering incidents like wrongly sent emails as common breaches, police data leaks, ransomware on hospitals or schools, and compensation funds for affected parties.

CNN reports on major hacks with real-world fallout, such as breaches impacting Wall Street banks via third-party firms, or large-scale data thefts from real-estate/mortgage companies.

Reuters, Politico, Forbes, NBC News, and The Wall Street Journal all have active cybersecurity beats or sections, frequently covering policy (e.g., U.S. national strategies), geopolitical cyber conflicts (e.g., Iran-related hacks), AI/military contracts, and corporate breaches.

High-profile incidents from recent years (including 2025–2026) — like massive data breaches affecting millions (e.g., education platforms, health systems, financial firms), ransomware disrupting supply chains or hospitals, or nation-state attacks — routinely make headlines in these outlets.

https://t.co/AQpXlMkRZs

[James Chillingworth @jchilliplanet]

IT Security News. 📰

Some trends to pay attention to in 2026 with Cybersecurity. Interesting that the weakest link always seem to humans. Remember to keep cyber-training/educating your team and - try and ensure that people are aware of threats and monitor regularly - hard to do when everyone is watching the Winter Olympics - LOL.

Stay Secure, Stay Safe!

Cheers, Chilli. 🌶️

https://t.co/RMZpCPW3zP

#ITSecurity #Infosec #Appsec #Cybersecurity

Here is a concise list summarizing how to keep staff regularly aware of cybersecurity threats:

1. Conduct mandatory formal training at least annually, with quarterly refreshers on key topics (phishing, social engineering, passwords, MFA, emerging threats like AI attacks).

2. Run frequent phishing simulations (monthly or quarterly) with realistic scenarios and immediate, non-punitive feedback/retraining.

3. Send short, regular microlearning content such as "Cyber Tip of the Week/Month" newsletters, quick videos, or intranet posts highlighting current threats and simple actions.

4. Use gamification (quizzes, leaderboards, badges) to make learning engaging and track participation.

5. Deliver just-in-time alerts and role-based training tailored to specific departments (e.g., BEC scams for finance, advanced topics for IT).

6. Foster a blame-free reporting culture and encourage staff to flag suspicious activity without fear.

7. Involve leadership visibly (e.g., executives sharing messages or stories) to reinforce importance.

8. Measure effectiveness through metrics (simulation click rates, reporting rates, quiz scores, incident reductions) and adapt content frequently.

9. Start small if needed (e.g., monthly tips + quarterly simulations) and scale with tools or free resources (KnowBe4, Hoxhunt, CISA, SANS).

[James Chillingworth @jchilliplanet]

IT Security News. 📰

A great article on Password Manager Vulnerabilities. Passwords have been around since "Open Sesame" and they are still vulnerable via some Password Managers. Follow the recommendations and importantly use 2 Factor Authentication or even Multi-Factor Authentication.

Stay Secure, Stay Safe!

Cheers, Chilli. 🌶️

https://t.co/L6r3u50Zzi

#ITSecurity #Infosec #Appsec #Cybersecurity #Password #PasswordManager

[James Chillingworth @jchilliplanet]

IT Security News. 📰

Beware of Deepfakes as they become more authentic! Always good to have appropriate Policy, Process and Procedures in place at your organization so that activities like funds transfers are controlled/legitimized.

Stay Secure, Stay Safe!

Cheers, Chilli. 🌶️

https://t.co/FbkF1jx3EL

#Deepfake #ITSecurity #Infosec #Appsec #Cybersecurity

Here are some types of deepfake attacks:

Financial & Fraud Attacks

CEO Fraud / Executive Impersonation — Deepfake video calls or voices clone executives (e.g., CFO/CEO) to trick employees into authorizing wire transfers, sharing credentials, or approving payments (e.g., multimillion-dollar scams via fake Zoom meetings).

Voice Phishing (Vishing) / Family Emergency Scams — Cloned voices impersonate relatives, bosses, or authorities in calls to extract money or sensitive info (e.g., "grandparent scam" variants).

Synthetic Identity Fraud — Create fake personas (faces, voices, behaviors) to open accounts, bypass KYC/biometric verification, or launder money.

Social Engineering & Access Attacks

Enhanced Phishing / Impersonation — Use deepfakes in emails, calls, or video meetings to build trust and gain access to systems, data, or credentials (e.g., fake IT support or colleague).

Deepfake Job Candidate / Employee Fraud — AI-generated resumes + real-time video interviews to infiltrate organizations as fake hires for insider access or theft.

Disinformation & Manipulation Attacks

Election / Political Interference — Fake videos/audio of leaders saying/doing damaging things to sway voters, spread misinformation, or cause chaos.

Disinformation Campaigns — Spread false narratives about individuals, companies, or events via synthetic media to damage reputation or incite division.

Harassment & Exploitation Attacks

Non-Consensual Deepfake Pornography / Revenge Porn — Most common type (up to 96% of deepfakes); create explicit content without consent, often targeting women/celebrities for blackmail, humiliation, or extortion.

Blackmail / Extortion — Use fabricated compromising material (e.g., fake scandals) to coerce victims.

Other Emerging / Hybrid Attacks

Bypassing Biometric Systems — Present deepfake video/audio to defeat facial/voice recognition in banking, security, or access controls.

Information Operations / Sabotage — Fake media to discredit people, erode trust in institutions, or amplify conflicts.

[James Chillingworth @jchilliplanet]

IT Security News. 📰

Well it is interesting that the GOOGLE NEST folks were able to produce video that was supposedly deleted for this crime scene. Wondering what their data retention policy is though as maybe all data is never erased leading to potential Data Protection/Destruction issues....hmmmm. We assess video security technologies for our clients.

Stay Secure, Stay Safe!

Cheers, Chilli. 🌶️

https://t.co/rgD97dITSW

#ITSecurity #Infosec #Appsec #Cybersecurity #Google #Nest #GoogleNest

Here are top 10 issues with doorbell camera (doorcam) video capture technologies in one compact list:

1. Security vulnerabilities & hacking risks — Easy device takeover, unencrypted data exposure, employee spying scandals, and Wi-Fi jamming/disabling.

2. Privacy erosion & mass surveillance — Capturing public spaces, enabling warrantless digital dragnets, neighborhood AI searches, and loss of anonymity.

3. Law enforcement & corporate data access — Cloud footage retrievable without subscriptions, broad subpoena compliance, and potential government misuse.

4. Poor video quality & unreliable capture — Blurry/low-res footage, grainy night vision, narrow FOV, lag, skips, and missing key events.

5. Unreliable motion detection & alerts — Frequent false positives, missed real incidents, delayed notifications, and inconsistent performance.

6. Connectivity & offline failures — Wi-Fi dropouts, devices going offline during critical moments, and weather/power-related unreliability.

7. Battery/power & hardware problems — Short battery life, overheating, chime incompatibility, and frequent resets/failures.

8. Subscription dependency & limited storage — Core features (clips, history, AI) locked behind paid plans; short/no free retention risks lost evidence.

9. Audio over-capture & quality issues — Picking up distant conversations, distorted/delayed/cut-out audio during live view or events.

10. AI & feature overreach risks — Facial recognition, biased/false matches, biometric privacy violations, and potential for misuse/harassment.

In short, while helpful for deterrence and evidence, doorcams suffer from persistent security/privacy flaws, practical unreliability, and subscription lock-ins—making them far from foolproof.

[James Chillingworth @jchilliplanet]

IT Security News. 📰

Some great guidelines for securing Agentic Artificial Intelligence (AI). Seems like AI is so new and issues will continue to arise, but this is definitely a sound start. Agentic AI is kind of like putting a new engine in a plane...you've got to test it, test it and test it. We try to test it, test it and test it with our clientele.

Stay Secure, Stay Safe!

Cheers, Chilli. 🌶️

https://t.co/BamwWlLYSG

#ITSecurity #Infosec #Appsec #Cybersecurity #AI #AgenticAI #ArtificialIntelligence

Key Issues with Agentic AI

1. Agent Goal Hijack & Prompt/Instruction Manipulation

Attackers redirect or subvert the agent's core objective through prompt injection, manipulated tool outputs, external content, or persistent loops (ASI01 in OWASP Top 10).

2. Tool Misuse, Exploitation & Privilege Escalation

Agents abuse granted tools/APIs (e.g., deleting data, exfiltrating info, unauthorized actions) due to over-privileged access or confused deputy problems (ASI02).

3. Identity & Access Abuse / Rogue Agents

Agents act as insider threats with accumulated permissions; compromised/misaligned agents diverge from intent (ASI03/ASI10); poor identity management turns agents into attack vectors.

4. Memory Poisoning & History Corruption

Adversaries tamper with short/long-term memory, conversation history, or learned context → causing persistent malicious or erroneous future behavior.

5. Cascading Failures & Emergent Misbehavior

Errors propagate across steps, multi-agent swarms, or workflows → small issues become major incidents (hallucinations, runaway loops, coordination breakdowns).

6. Unpredictable/Non-Deterministic Behavior & Low Reliability

Inherent LLM variability + long-horizon planning leads to inconsistent, surprising, or dangerous outputs; most pilots fail in dynamic environments (40–95% failure estimates persist).

7. Lack of Explainability, Auditability & Observability

Complex reasoning chains and agent interactions create black-box decisions → hindering debugging, compliance, accountability, and real-time monitoring.

8. Infrastructure, Scalability & Cost Overruns

Bursty traffic, excessive tool calls, long-running tasks strain legacy systems; high inference/orchestration costs lead to project cancellations (Gartner: >40% fail by 2027; Deloitte notes readiness gaps).

9. Trust, Governance & Compliance Deficits

Security/privacy concerns (top blocker at ~52%), ambiguous accountability for autonomous decisions, and weak guardrails slow scaling; many organizations lack mature controls.

10. Supply Chain & Ecosystem Vulnerabilities

Risks in agent frameworks, dependencies, browser/computer-use agents; rising CVEs; lack of standards (e.g., interoperability) hampers reliability.

[James Chillingworth @jchilliplanet]

Cybersecurity News. 📰

Fighting AI (Artificial Intelligence) Threats with AI.

As the number of AI Threats increases and the ability to multiply threat capacity using AI, it is important to consider using AI to counter these threats. Do you "score" AI Threats against your organization? Do you have AI counter-measures in place? Do you have an AI Threat Prevention partner? Some things to consider and should be included in your Policy, Process and Procedure roadmap that your People can use! We assist our clients with AI Security today.

Stay Secure, Stay Safe!

Cheers, Chilli. 🌶️

https://t.co/CyL8mT0UTu

#ITSecurity #Infosec #Appsec #Cybersecurity #AI #AIThreats

AI is the #1 driver of cyber change with AI vulnerabilities the fastest-growing risk.

Two core categories:

1) Threats targeting AI systems

Data poisoning (corrupt training data)

Adversarial evasion / examples (fool models subtly)

Prompt injection & jailbreaking (esp. LLMs)

Model inversion / extraction / stealing

Bias exploitation & privacy leaks

2) Threats powered by AI (offensive use)

Hyper-personalized phishing, social engineering & vishing

Deepfakes & synthetic media for fraud/impersonation

AI-enhanced / polymorphic / semi-autonomous malware & ransomware

Agentic / autonomous attack chains (recon → exploit → exfil at scale)

Supply-chain poisoning via AI tools/models

2026 trends & realities

1. Agentic AI expands attack surfaces & creates machine-identity chaos.

2. Attacks are faster, cheaper, more convincing & scalable → skill barrier near zero.

3. Hybrid risks dominate: poisoned AI defenses miss AI-powered ransomware/phishing.

4. Cyber incidents remain top global business risk; AI jumps to #2.

5. Defenders push AI governance, red-teaming, agent oversight & layered AI security.

Bottom line: AI is dual-use rocket fuel—supercharging both attacks and defenses, with the edge going to those who govern and secure it first.