Beaman Development

10/14/2026

09/29/2026

New NIST guidance could save your business from the next major identity breach.

NIST IR 8587 (September 2026) tackles a growing threat: stolen and forged identity tokens that power single sign-on (SSO), federation, and API access across cloud environments. The report was co-authored by NIST, CISA, and NSA following real-world incidents, including the SolarWinds-style SAML forgery attack and the Storm-0558 breach that exposed 60,000+ federal emails through stolen signing keys.

The core problem: When attackers compromise a signing key or forge a token, they can bypass MFA and access dozens of connected systems at once.

Key takeaways for your organization:

🔐 Protect your signing keys like gold. Use hardware security modules (HSMs) or isolated ex*****on environments — never store signing keys on application servers or in source code. For high-impact systems, keys should rotate every 90 days or less.

⏱️ Keep tokens short-lived. Access and identity tokens should expire in under an hour. Pair them with refresh tokens so sessions can be cut off quickly if compromise is detected.

🎯 Scope keys to the narrowest audience. A stolen commercial-environment key should NEVER work against your government or enterprise systems. Document and enforce key scoping per tenant and environment.

🔍 Verify everything, not just the signature. Don’t grant access based solely on token validity — check audience restrictions, sender identity (DPoP, mTLS), device registration, geolocation, and behavioral signals. Zero Trust means context matters.

📡 Monitor continuously. Log token issuance, refresh, acceptance, and revocation events. Feed that data into your SIEM. Many real breaches were only detected through log analysis — not proactive alerts.

🤖 Secure AI agents and workloads too. The report specifically calls out that AI agents using signed tokens need these same protections. Use SPIFFE-based workload identities with short-lived, sender-constrained tokens instead of static API keys.

The shared responsibility model matters: In cloud environments, your CSP secures the infrastructure and signing keys, but YOU are responsible for IAM policy configuration, application secrets, session management, and monitoring. Know where the line is.

📖 Full report: https://doi.org/10.6028/NIST.IR.8587

09/18/2026

If a single leaked CI/CD token could delete every serverless app in your Cloudflare account.. would you know?

Until last week, it could. Here is what changed and why you need to act now.

Cloudflare just shipped granular Worker-level permissions, four roles (Metadata Read-Only, Content Read-Only, Editor, Admin) that can be scoped down to a single Worker instead of your entire account. This is the biggest security upgrade to Workers access control since the platform launched.

Why you should be concerned:

- Compromised CI/CD tokens can no longer delete Workers or touch unrelated applications
- Debugging agents can inspect logs and metrics without seeing your source code
- Code review AI agents can read code without deploy or modification rights
- Dashboard visibility filters down to only the Workers a user can access
- Every benefit maps directly to NIST CSF 2.0 least-privilege requirements

The old model forced you to choose between broad access (dangerous) or no access (limiting). The new model lets you scope every teammate, agent, and pipeline token to exactly what it needs.

No deprecation deadline yet, but the risk exists today. I put together a full breakdown of what changed, why it is a massive upgrade, and the exact 7-step migration path from legacy permissions.

Read the full article and get your migration checklist now: https://beamandevelopment.com/blogs/the-hivemind/cloudflare-workers-security-upgrade

09/17/2026

Built to Help Contractors Bid More and Win More

Most construction software focuses on estimating.

We focus on everything that happens **before and after the bid.**

At Beaman Development, we create custom estimating and business management software designed specifically for construction companies.

✅ Lead & Opportunity Tracking (Built-In CRM)
✅ Bid-to-Win Pipeline Management
✅ Customer & Contact Management
✅ Estimate Creation & Cost Tracking
✅ Professional Proposal Generation
✅ Bid Status Tracking and Follow-Ups
✅ Project Management Tools
✅ Cloud-Based Access from Anywhere
✅ Custom Workflows Built Around Your Business

Track every opportunity from the first phone call to the signed contract.

Know which bids are pending, which customers need follow-up, and which opportunities are most likely to close.

No annual contracts.

No complicated onboarding.

No forcing your team to adapt to software built for someone else's business.

Just practical tools that help contractors stay organized, respond faster, and win more work.

Starting at just **$29/month.**

09/16/2026

**Cybercriminals don't need sophisticated hacks when simple deception still works.**

Phishing attacks have evolved far beyond suspicious emails from foreign princes. Today's threats include fake customer surveys, malicious file sharing, QR code scams, deepfake content, masked URLs, and messages that appear to come from company executives.

The technology changes. The goal stays the same: trick someone into clicking, sharing, approving, or downloading.

The strongest cybersecurity strategy isn't just technology. It's a combination of security tools, employee awareness, and ongoing vigilance.

If your organization isn't actively training users to recognize these tactics, it's only a matter of time before someone takes the bait.

Beaman Development helps businesses reduce risk through cybersecurity assessments, security awareness training, managed security services, and practical security controls designed for real-world threats.

09/11/2026

**Your business may already be in the cloud. The question is whether it's secure.**

Cloud platforms offer incredible flexibility, but default settings are rarely optimized for security. Misconfigured storage, weak access controls, excessive permissions, and unmonitored accounts remain some of the most common causes of data breaches.

At Beaman Development, we help businesses harden their cloud environments with practical security controls that reduce risk without slowing down operations.

Whether you're using Microsoft 365, Azure, AWS, Google Cloud, or a mix of platforms, we can help ensure your cloud infrastructure is protected, monitored, and aligned with security best practices.

Don't assume the cloud provider secures everything. Shared responsibility means security starts with configuration.

09/09/2026

Most CRMs are built for the average business. Your business isn't average.

At Beaman Development, we implement industry-leading CRM platforms for organizations that need a proven solution fast. But when off-the-shelf software can't support the way you actually work, we build custom CRM applications designed around your business. Developed and deployed in days or weeks, not months.

From integrating accounting, estimating, inventory, and field service systems to creating a completely unified platform from the ground up, we develop CRM solutions that fit your processes instead of forcing you to change them.

Whether you need to connect existing systems or replace them with a single custom solution, we can help.

Built for your business. Not everyone else's.

09/08/2026

I am BEYOND done reading headlines like this.

ShinyHunters claims they breached the Florida DMV, one of the most sensitive state databases in the country, and their method of entry was a **PASSWORD RESET EXPLOIT**. 🤦

Not a zero-day. Not a nation-state APT with zero-click spyware. A PASSWORD. RESET. EXPLOIT.

If you run any system with user accounts, password reset flows are LITERALLY chapter one of your threat model. This is stuff I handle in my own products and I'm a small operation. There is no excuse for a state agency running the DAVID database, driver's licenses, photos, signatures, addresses, vehicle histories, insurance records, etc., to have a reset flow that can be abused to take over FBI-linked accounts. None.

Want to know how preventable this is? Here's the checklist:

- Require a second verification factor BEFORE issuing a reset token (email AND SMS or authenticator app)
- Use cryptographically random, single-use, time-limited reset tokens, not sequential or guessable ones
- Rate-limit reset attempts per IP and per account
- Lock or throttle after N failed attempts
- DON'T leak whether an email exists in the system through the reset flow (enumeration protection)
- Audit log every reset attempt

That's it. That's the whole list. It's not exotic. It's not expensive. It's BASIC HYGIENE that any competent dev implements on day one.

And the worst part? They allegedly pivoted from those compromised accounts into FBI personnel access to the motor-vehicle portal. So a vulnerability that costs maybe a sprint's worth of engineering work to fix potentially exposed law enforcement personnel and millions of Floridians' personal data, all because someone didn't treat the password reset endpoint like the critical attack surface it is.

ShinyHunters is threatening to dump the data on September 11. FLHSMV hasn't even confirmed a breach yet. SILENCE IS NOT A RESPONSE PLAN.

Every CTO, CISO, and product lead reading this: go check your password reset flow RIGHT NOW. Not next quarter. Not after the audit. Today. Because if a ransomware crew can walk through your front door using a feature you built for user convenience, you have a culture problem.

Rant over. (But not really.)



Sources
[1] ShinyHunters claims breach of Florida DMV, threatens data ...

The ShinyHunters cybercrime group claims it breached systems hosting Florida driver and vehicle records and threatens to leak it soon.

07/27/2026

Interesting concept, but not revolutionary. HTTP-based email ideas like this build on technologies already in use today, web standards, encryption, authentication, and API-style delivery. What’s interesting is how they package those pieces into a cleaner, more modern workflow.

A system like this could mean easier integration with existing web apps, stronger security controls, simpler automation, and potentially less friction than older email infrastructure. In other words, the real value isn’t novelty, it’s the chance to make email-adjacent workflows more manageable for smaller teams with limited IT resources.

That’s why I see it as an interesting option for SMBs, especially for companies that want modern security and better workflow automation without building a huge custom stack.

Read more 👉 https://en.andros.dev/blog/d7ed8b07/modern-email-can-be-built-from-borrowed-parts