TechieNet Software ltd.

Home
United Kingdom
London
TechieNet Software ltd.

Techienet Limited is a company that provides varieties range of IT service such as Networking, Web d We help businesses elevate their value through their need.

TechieNet is the partner of choice for many of the enterprises locally and worldwide. The business need could be anything, From scratch product to product security, we cover everything. We are expanding our service gradually worldwide. Currently, we are providing service in The UK, Spain, Italy, France, South Korea, The USA, and KSA.

05/10/2026

$387.5 million gone because of a single unseen weakness in a third‑party tool.
One gap in the supply chain was all it took for attackers to reach a major crypto wallet environment.

According to reports on the Bitget incident, attackers used a zero‑day in a third‑party service, then moved laterally into Bitget’s wallet systems and stole hundreds of millions in crypto. No exotic movie hacking, just patient abuse of a hidden flaw and interconnected systems.

When I teach about attack paths, we spend a lot of time on how “someone else’s bug” can become *your* breach. This story is a textbook example.

Three things worth knowing:
• Treat every linked app or extension as a potential entry point.
• Use hardware wallets or multi‑sig where possible for larger holdings.
• Regularly review and revoke access you no longer need.

If this had been your crypto, how much would you have left exposed online?

Source: TheHackerNews

04/10/2026

Attackers are now using legitimate remote management tools to keep hidden access to your Windows machine, according to Microsoft. Not just one tool, but multiple, so if you remove one, another still works.

Microsoft reports that phishing emails are tricking users into installing remote access software like MSP360 and ScreenConnect. Once installed, these tools look like normal IT support software, but they give attackers ongoing control without needing to reinfect the device.

When I teach about remote access tools, I stress that “legitimate” software is not automatically safe. My students are often surprised how often normal admin tools show up in real attacks.

Three things worth knowing:
• Be suspicious of any email asking you to install remote support software.
• If IT really needs remote access, confirm via a known internal channel first.
• Regularly review installed programs and remove anything you do not recognise.

Have you ever installed software just because an email or pop-up told you to?

Source: TheHackerNews

02/10/2026

French tax staff had their passwords stolen, and attackers quietly slipped past government monitoring tools. According to reports on the DGFIP incident, even ANSSI’s oversight did not spot the intrusion in time.

In simple terms, someone got valid employee logins, used them to access French tax data and blended in with normal activity. No fancy zero-days, just stolen credentials and careful evasion of security systems.

When I teach ethical hacking, I remind students that a single compromised account can be more powerful than any exploit. This story underlines why identity security is a core part of cyber defence and AI-driven detection.

Three things worth knowing:
• Never reuse passwords across work, email and personal accounts
• Turn on multi-factor authentication wherever it is offered
• Review sign-in alerts and unusual activity messages, rather than ignoring them

Have you ever discovered a login or device on your account that you did not recognise?

Source: TheHackerNews

28/09/2026

Hackers claim to have stolen a full list of agents, including names, roles, badge numbers and even home addresses and spouse details. That is not just a data breach, it is a direct personal safety risk.

According to the report, the attackers say they hold highly sensitive identity data on every agent, turning a digital compromise into a real-world threat. If confirmed, this shows how information we often think of as “just admin data” can expose people and their families.

When I teach cyber security and AI, I remind students that privacy is not abstract. It is about protecting real people, not just systems.

Three things worth knowing:
• Be careful what personal details you share publicly, even on “private” profiles.
• Use different emails and strong, unique passwords across accounts.
• Regularly review what others can see about you online and remove anything sensitive.

Would your current online footprint make you an easy target?

Source: TheHackerNews

28/09/2026

Hackers claim they have a full list of agents’ names, badge numbers and even home addresses and spouse details. That is not just a data leak, it is a personal safety issue.

According to reports, attackers say they accessed a database containing highly sensitive identity and contact information for agents. If accurate, this turns a digital breach into a real-world threat, because the data can be used for stalking, blackmail or targeting families.

When I teach cyber security, I remind students that “data” often means “people’s lives”, not just rows in a table. This story is a stark example.

Three things worth knowing:
• Use separate email addresses for work, banking and personal logins.
• Keep your home address off public profiles where possible.
• Treat phone calls about “urgent security issues” with scepticism and verify independently.

How much of your own personal data could someone find in five minutes of searching?

Source: TheHackerNews

28/09/2026

Reports are circulating of an alleged breach in which attackers claim to hold highly sensitive personnel records, including names, roles, badge numbers, home addresses, phone numbers and spouse details for “every agent”. While these are attacker claims, not yet independently verified, the scenario highlights a critical and often underestimated exposure: detailed identity and household data on security-sensitive staff.

What appears clear is that the data, if genuine, is not just standard HR information. It is the kind of structured profile that enables targeted coercion, social engineering, physical surveillance and long-term operational compromise. Even without confirmation of scale or source, the nature of the claimed dataset is enough to warrant serious reflection.

The key lesson is that personnel data for high-risk roles is itself high-value operational data, not just an HR asset. Treating it as routine PII underplays the threat. For law enforcement, defence, regulators and critical infrastructure, compromise of staff profiles can be as damaging as a traditional system breach, because it shifts the attack surface from networks to people and their families.

Practical takeaways:
- Classify staff and family-contact data for sensitive roles as critical assets with stricter access controls, encryption and segregation from general HR systems.
- Review who can access detailed personnel profiles, how that access is logged, and whether any third parties hold mirrored datasets.
- Conduct scenario planning for what happens if staff identity and household data is exposed: operational impact, redeployment, and protection measures.
- Embed specific training and guidance for high-risk staff and their families on handling targeted approaches, doxxing and coercion attempts.

The broader principle here is risk ownership: who in your organisation is explicitly accountable for protecting the people behind your critical operations, not just the systems they use?

How far has your organisation gone in treating sensitive personnel data as an operational crown jewel rather than a back-office record?

Source: TheHackerNews

27/09/2026

Microsoft’s latest Defender Experts data points to a quietly dominant threat vector: browser-based social engineering. In 2025, “ClickFix” alone accounted for 47% of their observed initial-access cases – a striking concentration around one technique, not one vulnerability.

From the limited details available, ClickFix appears to rely on deceptive browser prompts and lures to convince users to perform actions that ultimately enable malicious access. Separately, a Polygon contract reportedly rotated lure hosts, suggesting an infrastructure designed to constantly refresh the domains or endpoints used in these campaigns. While the technical specifics are not fully disclosed, the pattern is clear: attackers are investing in scalable, low-friction initial access that blends into normal user behaviour.

The key lesson is that “user-driven” initial access is now an engineered system, not a random click. Defences that focus only on malware signatures or endpoint exploits will miss the front door: consent, mis-clicks and misleading prompts. Security teams need to treat browser interactions, cloud consents and web-based workflows as high-value control points, not peripheral UX.

Practical takeaways:
- Map where users are most exposed to browser prompts and third-party scripts in your environment, especially on high-trust internal portals.
- Review how your security stack classifies and inspects browser-based redirects, pop-ups and consent flows, not just downloaded binaries.
- Incorporate realistic “click-through” scenarios into security awareness and phishing simulations, focusing on prompts and consent screens rather than only emails.
- Establish clear escalation paths for users who encounter suspicious browser behaviour so “something odd” is reported, not ignored.

Key lesson: Visibility and control over user-driven actions in the browser are now as critical as traditional endpoint and network controls.

How are you currently measuring and governing the risk from browser-based prompts and consent flows in your organisation?

Source: TheHackerNews

26/09/2026

Attackers abusing Terraform providers and Go modules to deliver malware is a reminder that “infrastructure as code” is now firmly part of the supply chain attack surface, not just a developer convenience.

According to recent research, malicious Terraform providers and Go modules have been observed distributing a Go-based malware family linked to the Graphalgo project. Reported campaigns used unconventional command-and-control channels, including blockchain and Slack, to manage infected systems. Attribution, initial access paths and full impact remain unclear, but the abuse of trusted developer ecosystems is well documented.

The key issue here is trust inheritance. Many organisations treat Terraform providers, language modules and build dependencies as implicitly safe once they appear in official registries or are referenced in internal templates. In practice, this creates a high-privilege path from a developer’s `terraform apply` or `go get` to code ex*****on inside cloud and CI environments.

This matters because IaC and build tooling often run with powerful credentials: cloud admin roles, CI runners, deployment keys. A compromised provider or module can quietly bridge the gap between code and control plane, bypassing many traditional endpoint and perimeter controls.

Practical takeaways:
- Inventory which third-party Terraform providers and language modules are allowed in your environment and who approves them.
- Enforce pinning to specific, vetted versions of providers and modules rather than floating latest releases.
- Integrate software composition analysis and malware scanning into CI pipelines for IaC and build dependencies, not just application code.
- Monitor outbound traffic from build agents and Terraform runners, including to “legitimate” services such as Slack and blockchain APIs, for unusual patterns.
- Review how cloud and CI credentials are scoped and reduce the blast radius if a single provider or module is compromised.

The broader lesson: supply chain security now extends deep into developer tooling and IaC. Governance, not just technology, determines how much damage a single malicious module can do.

How mature is your process for approving, pinning and monitoring third-party infrastructure and build dependencies across your engineering teams?

Source: TheHackerNews

25/09/2026

News that the ShinyHunters group claims to have breached the FBI and stolen employee data – while the Bureau confirms only that it is investigating “an incident involving FBIJobs.gov” – is a useful reminder of how exposed recruitment and careers infrastructure can be.

What is publicly known so far is limited: an attacker group is asserting access to FBI-related data; the FBI has acknowledged suspicious activity affecting its jobs site but has not confirmed any data theft, access path or scope of impact. That gap between attacker claims, media reporting and official confirmation is where many organisations misjudge their actual exposure.

The key security issue here is the risk concentration around talent platforms. Careers portals often sit at the intersection of public internet exposure, third-party hosting, personal data collection and integration with internal HR systems. They are frequently less scrutinised than core operational systems, yet they handle highly sensitive information about staff and applicants.

From a governance perspective, recruitment infrastructure should be treated as a high-value asset, not a peripheral web presence. If an attacker can pivot from a jobs site into internal networks, or simply harvest detailed staff and applicant data, the downstream risks include targeted phishing, credential stuffing, social engineering and long-term profiling.

Practical takeaways:
- Classify careers and HR portals as critical business systems and bring them into the main security assurance and testing regime.
- Map data flows between public recruitment sites, ATS/HR platforms and internal directories; minimise direct integration where not strictly required.
- Review third-party hosting and development arrangements for recruitment sites, including security obligations, logging and incident response expectations.
- Implement and regularly test incident response playbooks specifically for compromise of public-facing HR and recruitment services.

Key lesson: visibility and risk ownership must extend to every system that touches your people, not just those that process your customers.

How clearly are your recruitment and HR platforms represented in your organisation’s risk register and security testing strategy?

Source: TheHackerNews

24/09/2026

Attackers are now actively exploiting CVE-2026-93952 in certificate‑authenticated VeloCloud Orchestrators, and some product release trains reportedly remain without fixes. This is a useful reminder that “we’re using certificates” does not automatically mean “we’re safe”.

Public details so far are limited. What is clear is that a specific, tracked vulnerability exists, it is being abused in the wild, and remediation coverage is incomplete across versions. That combination – known flaw, active exploitation, and partial patch availability – is exactly where many organisations struggle to make sound risk decisions.

The core issue here is not just a single CVE; it is how teams handle exposure when a critical control plane system is vulnerable and vendor fixes are staggered. SD‑WAN orchestrators sit in a highly privileged position. Even a modest flaw can become strategically important if it provides a foothold into network management, configuration pipelines or traffic steering.

When some releases are patched and others are not, security leaders need a structured way to decide: do we wait, mitigate, or accelerate migration?

Practical takeaways:
- Map exposure precisely: identify which orchestrator instances, environments and tenants run affected release trains, and who depends on them.
- Apply vendor‑recommended workarounds immediately where upgrades are not yet available, and document any residual risk formally.
- Increase scrutiny of orchestrator access: review certificate issuance, revocation and admin access paths tied to these systems.
- Enhance anomaly detection around SD‑WAN control traffic and configuration changes, even if logs look “normal”.
- Ensure your change and risk governance processes can support emergency migration between release trains when required.

Key lesson: vulnerability management is not just about “patch fast”; it is about having the operational discipline and governance to manage risk intelligently when patches are partial, delayed or operationally painful.

How mature is your decision‑making process when you must choose between staying on a vulnerable release and executing a disruptive upgrade under time pressure?

Source: TheHackerNews

Address

Barking
Barking
E34ET

Website

https://www.techienet.co.uk/

Alerts

Be the first to know and let us send you an email when TechieNet Software ltd. posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.