A Mohali-based enterprise received a bank alert indicating multiple failed login attempts originating from its own network, raising concerns about potential internal misuse or a compromised system. Sidigiqor Technologies stepped in with a structured, forensic-driven approach—starting with immediate containment by restricting banking access, followed by deep network analysis through firewall logs, DHCP correlation, and Active Directory event tracking to accurately identify the source machine. The team further validated findings using endpoint investigation and bank-provided technical data, ensuring zero guesswork. The root cause was traced to internal control gaps rather than an external breach. Sidigiqor then implemented strong corrective measures, including MFA enforcement, endpoint security checks, network segmentation, and centralized logging. The result was rapid identification, risk elimination, and a significantly stronger security posture, turning a potential threat into a long-term security upgrade for the organization.
When a Bank Alert Turns Into a Business Risk: How Sidigiqor Secured a Mohali-Based Enterprise.
A routine workday. No alarms, no visible breach. Then suddenly—a bank alert lands:
“Multiple failed login attempts detected from your network IP.”
That’s where most businesses panic. Because at that moment, one question matters:
👉 Was it a mistake… or the start of a serious breach?
For one enterprise in Mohali, this wasn’t just an alert—it was a wake-up call. And that’s where Sidigiqor Technologies stepped in with a structured, no-nonsense approach.
The Real Problem
Let’s be blunt—when a bank flags your public IP:
- The attempt originated from inside your network
- It could be:
- Employee error
- Insider misuse
- Or a compromised machine running silently
Most companies make the mistake of:
- Randomly checking systems
- Blaming users
- Or worse—ignoring it
That’s not investigation. That’s guesswork.
Sidigiqor’s Structured Approach (No Guesswork, Only Evidence)
Sidigiqor handled this case like a proper forensic operation—not IT support.
Step 1: Lock Down Before You Look Around
Before diving into logs, the first move was containment:
- Restricted banking website access across the network
- Allowed access only from authorized systems
- Notified internal teams to pause financial logins
- Ensured all endpoints had active protection
👉 Because if something is compromised, you don’t give it more room to operate.
Step 2: Network-Level Traceback
This is where 90% of vendors fail. Sidigiqor didn’t.
- Extracted firewall logs
- Mapped internal IP → public IP (NAT correlation)
- Matched exact timestamp with bank alert
Result?
👉 Narrowed down from 250 systems → a small subset of machines
Step 3: Pinpointing the Exact Device
Using enterprise-level techniques:
- Checked Active Directory logs (Event ID 4625)
- Pulled DHCP lease history
- Correlated:
- Username
- Machine name
- Time of attempt
👉 This step identified the exact workstation involved
No assumptions. Pure data.
Step 4: Deep Endpoint Investigation
Once the system was identified:
- Browser history analyzed
- Unauthorized access attempts verified
- Full malware scan executed
And here’s the reality most people ignore:
👉 Many attacks don’t “look like attacks”
They sit quietly, trying credentials in the background.
Step 5: Bank Data Intelligence
Sidigiqor also worked smart—not just hard.
Requested from bank:
- User-Agent string
- Device type
- Browser information
👉 This helped validate:
- Whether it was a desktop, mobile, or automated script
- Eliminated unnecessary systems instantly
Root Cause Identified
After full analysis, the issue was traced to:
- A specific system attempting access
- Weak internal control over banking usage
- Lack of monitoring visibility
👉 No advanced hacking. Just lack of governance + visibility gaps
And that’s how most breaches actually begin.
The Fix
Sidigiqor didn’t stop at detection. They closed the loop.
Immediate Security Fixes
- Reset banking credentials
- Enabled Multi-Factor Authentication (MFA)
- Isolated the identified system
- Cleaned and secured the endpoint
Infrastructure Hardening
- Banking access restricted to dedicated systems only
- Firewall rules implemented for strict control
- Logging enabled for all outbound traffic
Future-Ready Security Deployment
- Recommended EDR (Endpoint Detection & Response)
- Set up centralized log monitoring (SIEM-ready)
- Created Finance VLAN (network isolation)
👉 Translation: Next time, detection will be instant—not reactive.
The Outcome
- ✅ Identified exact source system within hours
- ✅ Eliminated risk of unauthorized banking access
- ✅ Reduced investigation time by 80%
- ✅ Built long-term security visibility
Frequently Asked Questions (FAQ)
Q1. Can this happen without hacking?
Yes. Most cases are internal—either human error or weak controls.
Q2. What if logs are not available?
Then you’re operating blind. You can only assume—not prove.
Q3. Do we need EDR for this?
Absolutely. Without EDR, you won’t detect silent threats or suspicious behavior.
Q4. Is firewall enough for security?
No. Firewall is just the gate. Threats often come from inside.
Q5. How quickly should such incidents be handled?
Immediately. Every minute delay increases risk exposure.
What Clients Say About Sidigiqor
⭐ “They didn’t just fix the issue—they showed us where we were blind.”
⭐ “Professional, fast, and extremely precise in identifying the root cause.”
⭐ “We thought it was a small issue. They treated it like a real security incident—and that saved us.”
⭐ “Their approach is structured, not trial-and-error like typical vendors.”
Cyber incidents don’t start with big hacks.
They start with small, ignored signals—like this one.
The difference between a safe business and a compromised one is simple:
👉 Visibility + Control + Right Expertise
Get Secured Before It Becomes an Incident
If you’re running:
- Multiple systems
- Shared networks
- Financial access from office
Then you’re already exposed.
Let Sidigiqor fix that before it costs you.
📞 India: +91 9911539101
📞 GCC: +971 56 240 9703
🌐 www.sidigiqor.com
📧 sidigiqor@gmail.com
