USING SOFTWARE FOR MONITORING GOVERNMENT PROJECTS

USING SOFTWARE FOR MONITORING GOVERNMENT PROJECTS

The Philippine government already uses several project monitoring platforms—Project DIME, Bisto Proyekto, BuildTrust, and a mix of international project management software. And yet, despite these tools, massive corruption in flood control projects still occurred. This raises an uncomfortable question: If the systems were there, why did they fail?

Was the software installed but never used? Were users inadequately trained? Or worse, did corrupt insiders feed wrong or misleading data into the system—turning what should have been a safeguard into a mere façade?

Software is only as honest as the people who use it. That is the truth many don’t want to confront.

---

The Limitations of “Canned” Software

We often assume that any project management (PM) software—Asana, Monday.com, ClickUp, Microsoft Project, Jira—can magically eliminate irregularities. But these tools, while excellent for tracking tasks and timelines, are not built to detect anomalies, illegal fund releases, or ghost accomplishments.

They will not flag that a contractor was paid without completing a milestone, or that a project site does not exist in reality. Only a system designed for fraud detection, equipped with AI, geotagging, satellite validation, and blockchain auditing, can do that.

This is why I fully agree with President Ferdinand Marcos Jr.’s call for the use of Artificial Intelligence (AI) in monitoring government infrastructure projects. But before AI can work, you need a solid foundation: robust, professional-grade software tailored to public-sector realities—not generic task trackers.

---

We Actually Have Good Tools—But Are They Being Used Right?

Let’s look at the government platforms that already exist:

🛰️ Project DIME (DBM)

Uses satellites, drones, and geotagging to validate infrastructure projects.
Tracks status, percentage completion, funding, and implementing agencies.

🧭 Bisto Proyekto

A citizen-reporting platform that lets communities verify projects through a map-based interface.

🔍 BuildTrust

Aggregates project data, allows citizens to upload evidence, and monitors contractor performance.

These tools strengthen transparency—in theory. But the failure of flood control monitoring suggests either (a) data was not updated, (b) there was no enforcement, or (c) the systems’ outputs were simply ignored.

That is the real issue: technology without political will becomes nothing more than decoration.

---

Where AI and Blockchain Must Come In

AI can analyze thousands of project entries and detect red flags:

• identical progress reports across multiple regions
  
  

• fund releases misaligned with physical accomplishments
  
  

• geotagged photos reused by contractors
  
  

• projects located in areas with no satellite-detected activity
  
  

Blockchain, meanwhile, can create an immutable ledger of transactions. Once funds move or milestones are logged, nobody can alter them without leaving a digital fingerprint.

But again, these innovations can only work after the government standardizes its project monitoring system. Right now, agencies use different platforms, different reporting styles, and different integrity standards. This fragmentation is exactly what corrupt actors exploit.

---

My Suggestion: One National PM Platform, Modular per LGU

Instead of 20 disconnected dashboards, we should have a single national project monitoring backbone that integrates:

• PM tools (Microsoft Project or ClickUp for internal planning)
  
  

• AI fraud detection
  
  

• Blockchain auditing
  
  

• Satellite/drone verification
  
  

• Citizen-reporting tools like Bisto and BuildTrust
  
  

LGUs could have their own access layers, with barangay-level reporting built in.

This is not a technical dream—it is doable. Countries like Estonia, Singapore, and South Korea have already unified government monitoring platforms with AI assistance.

---

Final Question

We don’t lack software. We lack integration, enforcement, and purpose-built systems that can outsmart corruption instead of merely documenting it.

So before we blame technology, we should ask:

Are we willing to make the system smarter than the people trying to cheat it?

RAMON IKE V. SENERES

www.facebook.com/ike.seneres iseneres@yahoo.com senseneres.blogspot.com 09088877282/07-10-2026

LET’S REDUCE CONGESTION IN PHILIPPINE JAILS

LET’S REDUCE CONGESTION IN PHILIPPINE JAILS

A staggering 322 percent congestion rate in our jails — that means our detention system is operating at more than three times its intended capacity. Some reports even note figures as high as 367 percent, according to the Commission on Audit. This level of overcrowding transforms our prisons from spaces for rehabilitation into breeding grounds for hardened criminals.

---

Rehabilitation versus Retribution: A Broken Promise

Ideally, jails should be rehabilitation centers, not pressure cookers of criminality. In theory, inmates are meant to learn, reform, and eventually return to society as productive and responsible citizens. But when they’re packed into squalid, overfilled cells, stretched-thin resources and forced idleness often foster violence, despair, and recidivism. Put simply: instead of reform, we get more crime.

So, shouldn’t the government seriously invest in decongesting these facilities — not just building more prisons, but rethinking how we imprison people in the first place?

---

Parole vs. Pardon: Critical Distinctions

One part of the solution lies in the parole system. Too often, the terms “parole” and “pardon” are used interchangeably — but they’re very different. Only the President can pardon, and pardons are rare. Parole, on the other hand, can be earned by many inmates through good behavior and meeting other criteria.

When someone is paroled, they’re not free; they remain a person deprived of liberty, released under strict conditions and constant supervision. But this supervision doesn’t have to be costly in manpower — it can be technological.

---

Why Not Use Ankle Monitors?

Modern corrections systems use electronic ankle monitors or tagging devices to track parolees. Why not adopt the same in the Philippines? These devices are relatively affordable compared to the ongoing costs of housing and feeding inmates in overcrowded jails. We already have much of the infrastructure in place — what we need are:

• More parole officers (which could be funded by increasing the BJMP and BuCor budgets),
  
  

• A reallocation of existing personnel (for example, reassigned jail guards), and
  
  

• Clear policies for issuing electronic monitors.
  
  

This isn’t rocket science. It’s a matter of political will.

---

Learn from Iwahig: A “Jail Without Walls”

Take inspiration from Iwahig Prison and Penal Farm in Puerto Princesa, Palawan, a model of open-air, restorative justice. Established in 1904, Iwahig spans 26,000 hectares and doesn’t rely on concrete walls; instead, it uses wire fences. 

Here, inmates engage in farming, carpentry, forestry, and other productive activities. Some work with the Department of Agriculture in food-security gardens. Many earn their release early through Good Conduct Time Allowance (GCTA). Between January and June 2025 alone, 513 PDLs were released from Iwahig. 

Perhaps more importantly, Iwahig’s open, trusting model has lower recidivism than more punitive prisons. Guarding is minimal, and inmates live in a community environment. This is not just humane — it's smart public policy.

---

A Roadmap to Decongestion & Reform

Here’s what we can do:

1. Scale up parole + electronic monitoring. Invest in ankle tags, hire more parole officers, reassign existing guards.
   
   

2. Build more rehab-style facilities. Penal farms or open-air centers like Iwahig emphasize trust, dignity, and productivity — not punishment.
   
   

3. Speed up judicial processes. Many inmates are pre-trial detainees; case backlogs fuel congestion.
   
   

4. Avoid blanket incarceration. Decriminalize minor, non-violent offenses (especially poverty-driven or drug-related ones) and expand non-custodial sentences.
   
   

5. Data & transparency. Track jail populations in real-time, monitor parole outcomes, and publicly report progress.
   
   

---

Questions We Must Ask

• If we can drastically reduce the number of people physically behind bars, why are we still pouring money into building bigger, more crowded prisons?
  
  

• Why is the parole system underutilized, even though most inmates could qualify?
  
  

• And who in government is willing to call for a paradigm shift — from punishment to rehabilitation — that restores dignity rather than destroys lives?
  

Reducing jail congestion isn’t just a logistical problem — it’s a moral crisis. When we overcrowd our prisons, we perpetuate violence; when we invest in rehabilitation and trust, we build a safer, more humane society. It’s time for bold reforms. It’s time to let Filipinos — even those who have erred — reclaim their dignity and contribute positively. Let’s start now.

RAMON IKE V. SENERES

www.facebook.com/ike.seneres iseneres@yahoo.com senseneres.blogspot.com 09088877282/07-09-2026

NEW SEAPLANE DESIGN FOR INTER-ISLAND FLIGHTS

 NEW SEAPLANE DESIGN FOR INTER-ISLAND FLIGHTS

Imagine a sleek vessel that glides just above the sea surface, powered purely by batteries—part plane, part boat, zero emissions. That’s not science fiction anymore: it’s Regent Craft’s Seaglider, a truly groundbreaking design that could reimagine how we travel between islands.

---

What Exactly Is the Seaglider?

Regent calls it a 100% electric “wing-in-ground-effect” (WIG) vehicle. It doesn’t need runways—it operates over water in three modes: floating on its hull, riding on hydrofoils, and gliding just above the surface on its wings.  Their flagship model, the Viceroy, carries 12 passengers + 2 crew, reaches a range of about 180 miles (160 nautical miles), and can cruise at 180 mph. 

Sea trials have already begun: in March 2025, the prototype was launched in Narragansett Bay. And it’s not just fast—it’s being developed to very high safety standards, with certification support from Lloyd’s Register and coordination with the U.S. Coast Guard. 

---

Why This Matters for an Archipelagic Country Like the Philippines

1. Inter-Island Connectivity Reinvented
Our country is made up of over 7,000 islands—but our transport remains heavily dependent on slow ferries or expensive planes. A Seaglider-like craft could offer high-speed, low-emission travel without the infrastructure of airports. Imagine barangays or smaller islands connected via “floating runways” at existing docks.

2. Disaster Response & Medical Evacuation
Because it can land and take off from water, a Seaglider could double as a sea ambulance. In remote or hard-hit coastal areas, we could deploy it for urgent medical transport—with no reliance on airstrips or large aircraft. Regent’s Viceroy is even designed with a cargo/multimission layout: it can carry up to 3,500 lbs of payload. 

3. Climate-Resilient & Low-Carbon

Powered entirely by batteries, the Seaglider produces zero greenhouse-gas emissions. Unlike diesel ferries or small planes, it could help lower our carbon footprint. Plus, because it skims just above water, its wing-in-ground effect reduces drag, making it remarkably efficient

4. Dual-Use Potential
It’s not just for civilians. Regent has secured defense interest. The United States Marine Corps is evaluating Seagliders for logistics, medevac, and even special operations. A similar concept in the Philippines could support coast guard, disaster response, or even remote community access.

---

Can We Build This Here?

Here’s where my mind goes: yes, we could—but we'd need to be smart and creative.

• Even though the PADC (Philippine Aerospace Development Corporation) has been officially terminated recently. There’s a gap in national aerospace capacity. Could DOST (Department of Science and Technology) pick up the slack?
  
  

• Imagine a partnership: DOST + PEZA + private sector to prototype a local seaglider, or license Regent's tech.
  
  

• We could begin with local routes: Palawan, Bicol, Eastern Visayas—areas where inter-island transport is critical and traditional airports are limited.
  
  

• Integrate community-based maintenance hubs: high school or barangay technical centers could serve as Seaglider docking and charging stations.
  
  

---

Real Challenges We Should Not Ignore

• Certification will be hard: WIG vehicles are new, and regulation may be murky. Regent is working with Lloyd’s Register to define a path.
  
  

• Battery technology: range and charge times may limit operations, especially in remote islands with weak infrastructure.
  
  

• Cost: Even if tickets are “half the cost of a plane,” there will still be capital expenses for vessels, docks, charging stations.
  
  

• Weather: Sea conditions, waves, and storms remain a risk. While Seagliders are engineered for “wave tolerance,” we would need rigorous local testing.
  
  

---

My Take

Regent’s Seaglider could be a game-changer for Philippine mobility. For someone like me who works in modular, low-carbon infrastructure and community resilience, this is exactly the kind of innovation we need. It aligns with climate goals, supports remote and coastal communities, and opens real possibilities for barangay-level connectivity.

If we start planning now, we could pilot such a craft between key island provinces—not just as a novelty, but as part of our national transport backbone. Inter-island flights don’t always need runways. What if the future of Philippine aviation is on the water instead?

We should ask: Are we willing to imagine that future? And if yes, who will build it with us?

RAMON IKE V. SENERES

www.facebook.com/ike.seneres iseneres@yahoo.com senseneres.blogspot.com 09088877282/07-08-2026