diff --git a/influxMeasurements.md b/influxMeasurements.md
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--- /dev/null
+++ b/influxMeasurements.md
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+This is a collection of all the metrics collected by **gpsdMeasurement.py** script.
+
+# Table of contents
+
+* [gps_fix](#gps_fix)
+
+  * [mode](#mode)
+  * [lat](#lat)
+  * [lon](#lon)
+  * [alt](#alt)
+  * [alt_msl](#alt_msl)
+  * [alt_hae](#alt_hae)
+  * [speed](#speed)
+  * [climb](#climb)
+  * [track](#track)
+  * [magtrack](#magtrack)
+  * [magvar](#magvar)
+  * [ept](#ept)
+  * [epx](#epx)
+  * [epy](#epy)
+  * [epv](#epv)
+  * [eph](#eph)
+  * [sep](#sep)
+  * [ecefpAcc](#ecefpacc)
+  * [ecefvAcc](#ecefvacc)
+  * [leapseconds](#leapseconds)
+  * [fix_valid](#fix_valid)
+  * [fix_3d](#fix_3d)
+
+* [gps_sky](#gps_sky)
+
+  * [nSat](#nsat)
+  * [uSat](#usat)
+  * [sat_used_ratio](#sat_used_ratio)
+  * [gdop](#gdop)
+  * [hdop](#hdop)
+  * [pdop](#pdop)
+  * [tdop](#tdop)
+  * [vdop](#vdop)
+  * [xdop](#xdop)
+  * [ydop](#ydop)
+  * [gps_visible](#gps_visible)
+  * [gps_used](#gps_used)
+  * [sbas_visible](#sbas_visible)
+  * [sbas_used](#sbas_used)
+  * [galileo_visible](#galileo_visible)
+  * [galileo_used](#galileo_used)
+  * [beidou_visible](#beidou_visible)
+  * [beidou_used](#beidou_used)
+  * [qzss_visible](#qzss_visible)
+  * [qzss_used](#qzss_used)
+  * [glonass_visible](#glonass_visible)
+  * [glonass_used](#glonass_used)
+  * [unknown_visible](#unknown_visible)
+  * [unknown_used](#unknown_used)
+  * [avg_signal_visible](#avg_signal_visible)
+  * [avg_signal_used](#avg_signal_used)
+  * [max_signal](#max_signal)
+
+* [gps_pps](#gps_pps)
+
+  * [offset_ns](#offset_ns)
+  * [precision_exp](#precision_exp)
+  * [present](#present)
+
+
+## gps_fix
+
+This measurement is the current navigation solution from the latest TPV message. 
+
+Basically: where am I, what kind of fix do I have, and how confident is the receiver?
+
+### mode
+
+Fix type.
+
+Usually:
+
+1 = no fix
+
+2 = 2D fix
+
+3 = 3D fix
+
+### lat
+
+Latitude in decimal degrees.
+
+### lon
+
+Longitude in decimal degrees.
+
+### alt
+
+Altitude in meters.This is effectively the same as mean sea level altitude.
+
+### alt_msl
+
+Altitude above mean sea level, in meters.
+
+### alt_hae
+
+Altitude above the ellipsoid, in meters.
+
+### speed
+
+Current ground speed, in meters per second.
+
+### climb
+
+Vertical speed, in meters per second. Positive means climbing, negative means descending.
+
+### track
+
+Course over ground in degrees.
+
+### magtrack
+
+Magnetic course over ground in degrees.
+
+### magvar
+
+Magnetic variation in degrees.
+
+### ept
+
+Estimated timestamp error, in seconds. This is gpsd estimate of uncertainty for the reported time.
+
+### epx
+
+Estimated longitude-related horizontal uncertainty, in meters.
+
+### epy
+
+Estimated latitude-related horizontal uncertainty, in meters.
+
+### epv
+
+Estimated vertical uncertainty, in meters.
+
+### eph
+
+Estimated horizontal position uncertainty, in meters.
+
+### sep
+
+Estimated spherical error or 3D position uncertainty, in meters.
+
+### ecefpAcc
+
+Estimated ECEF position accuracy, in meters.
+
+### ecefvAcc
+
+Estimated ECEF velocity accuracy, in meters per second.
+
+### leapseconds
+
+Current leap-second offset between GPS time and UTC.
+
+### fix_valid
+
+Boolean derived by the script.
+
+true if mode >= 2.
+
+### fix_3d
+
+Boolean derived by the script.
+
+true if mode == 3.
+
+## gps_sky
+
+This measurement comes from the latest SKY message. 
+
+It says: how good is the sky view, how many satellites are visible and used, and how good is the geometry?
+
+### nSat
+
+Number of satellites visible or reported.
+
+### uSat
+
+Number of satellites currently used in the navigation solution.
+
+### sat_used_ratio
+
+Derived value: uSat / nSat.
+
+Shows how many visible satellites are actually being used.
+
+### gdop
+
+Geometric dilution of precision. 
+
+Overall combined geometry quality. Lower is better.
+
+### hdop
+
+Horizontal dilution of precision. Lower is better.
+
+### pdop
+
+Position dilution of precision. Lower is better.
+
+### tdop
+
+Time dilution of precision. Lower is better.
+
+### vdop
+
+Vertical dilution of precision. Lower is better.
+
+### xdop
+
+Dilution of precision in the X direction. Lower is better.
+
+### ydop
+
+Dilution of precision in the Y direction. Lower is better.
+
+### gps_visible
+
+How many GPS satellites were listed.
+
+### gps_used
+
+How many GPS satellites were actually used in the fix.
+
+### sbas_visible
+
+How many SBAS satellites were listed.
+
+### sbas_used
+
+How many SBAS satellites were used in the fix.
+
+### galileo_visible
+
+How many Galileo satellites were listed.
+
+### galileo_used
+
+How many Galileo satellites were used in the fix.
+
+### beidou_visible
+
+How many BeiDou satellites were listed.
+
+### beidou_used
+
+How many BeiDou satellites were used in the fix.
+
+### qzss_visible
+
+How many QZSS satellites were listed.
+
+### qzss_used
+
+How many QZSS satellites were used in the fix.
+
+### glonass_visible
+
+How many GLONASS satellites were listed.
+
+### glonass_used
+
+How many GLONASS satellites were used in the fix.
+
+### unknown_visible
+
+How many satellites had an unknown gnssid.
+
+### unknown_used
+
+How many unknown-constellation satellites were used.
+
+### avg_signal_visible
+
+Average signal strength across all visible satellites, based on ss.
+
+### avg_signal_used
+
+Average signal strength across satellites actually used in the fix.
+
+### max_signal
+
+Maximum ss value seen among visible satellites.
+
+## gps_pps
+
+This measurement comes from the latest PPS message. 
+
+What is says: is PPS present, and what is the current timing offset between the PPS event and the host clock timestamp?
+
+### offset_ns
+
+Derived value in nanoseconds.
+
+Calculated by the script as:
+
+(clock_sec * 1e9 + clock_nsec) - (real_sec * 1e9 + real_nsec)
+
+The difference between the kernel or host timestamp and the PPS event timestamp.
+
+A negative value means the host timestamp is slightly earlier than the PPS reference.
+A positive value means it is slightly later.
+
+### precision_exp
+
+Precision exponent reported by gpsd for the PPS source.
+
+### present
+
+Boolean derived by the script.
+
+Always true when a PPS message was received and exported.
\ No newline at end of file
diff --git a/telegraf/gpsdMeasurement.py b/telegraf/gpsdMeasurement.py
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--- /dev/null
+++ b/telegraf/gpsdMeasurement.py
@@ -0,0 +1,333 @@
+#!/usr/bin/env python3
+import json
+import math
+import signal
+import subprocess
+import sys
+import time
+from typing import Any, Dict, List, Optional
+
+
+# offset_ns is computed as:
+
+# (clock_sec * 1e9 + clock_nsec) - (real_sec * 1e9 + real_nsec)
+
+
+GPSPIPE_CMD = ["gpspipe", "-w", "--json"]
+HOST_TAG = "ntprana"
+
+
+running = True
+
+
+def handle_signal(signum, frame):
+    global running
+    running = False
+
+
+signal.signal(signal.SIGINT, handle_signal)
+signal.signal(signal.SIGTERM, handle_signal)
+
+
+def esc_tag(value: Any) -> str:
+    s = str(value)
+    return s.replace("\\", "\\\\").replace(" ", r"\ ").replace(",", r"\,").replace("=", r"\=")
+
+
+def esc_field_str(value: Any) -> str:
+    s = str(value)
+    s = s.replace("\\", "\\\\").replace('"', r"\"")
+    return f'"{s}"'
+
+
+def is_num(value: Any) -> bool:
+    return isinstance(value, (int, float)) and not isinstance(value, bool) and math.isfinite(value)
+
+
+def bool_to_field(value: bool) -> str:
+    return "true" if value else "false"
+
+
+def build_line(measurement: str, tags: Dict[str, Any], fields: Dict[str, Any], ts_ns: Optional[int] = None) -> Optional[str]:
+    clean_fields = []
+    for key, value in fields.items():
+        if value is None:
+            continue
+        if isinstance(value, bool):
+            clean_fields.append(f"{key}={bool_to_field(value)}")
+        elif isinstance(value, int) and not isinstance(value, bool):
+            clean_fields.append(f"{key}={value}i")
+        elif is_num(value):
+            clean_fields.append(f"{key}={value}")
+        else:
+            clean_fields.append(f"{key}={esc_field_str(value)}")
+
+    if not clean_fields:
+        return None
+
+    tag_str = ",".join(f"{esc_tag(k)}={esc_tag(v)}" for k, v in tags.items() if v is not None)
+    line = measurement
+    if tag_str:
+        line += "," + tag_str
+    line += " " + ",".join(clean_fields)
+    if ts_ns is not None:
+        line += f" {ts_ns}"
+    return line
+
+
+def gps_constellation_name(gnssid: Optional[int]) -> str:
+    mapping = {
+        0: "gps",
+        1: "sbas",
+        2: "galileo",
+        3: "beidou",
+        4: "imes",
+        5: "qzss",
+        6: "glonass",
+    }
+    return mapping.get(gnssid, "unknown")
+
+
+def summarize_satellites(satellites: List[Dict[str, Any]]) -> Dict[str, Any]:
+    out: Dict[str, Any] = {
+        "gps_visible": 0,
+        "gps_used": 0,
+        "sbas_visible": 0,
+        "sbas_used": 0,
+        "galileo_visible": 0,
+        "galileo_used": 0,
+        "beidou_visible": 0,
+        "beidou_used": 0,
+        "qzss_visible": 0,
+        "qzss_used": 0,
+        "glonass_visible": 0,
+        "glonass_used": 0,
+        "unknown_visible": 0,
+        "unknown_used": 0,
+        "used_signal_sum": 0.0,
+        "used_signal_count": 0,
+        "visible_signal_sum": 0.0,
+        "visible_signal_count": 0,
+        "max_signal": 0.0,
+    }
+
+    for sat in satellites:
+        constellation = gps_constellation_name(sat.get("gnssid"))
+        ss = sat.get("ss", 0.0)
+        used = bool(sat.get("used", False))
+
+        vis_key = f"{constellation}_visible"
+        used_key = f"{constellation}_used"
+
+        if vis_key not in out:
+            vis_key = "unknown_visible"
+            used_key = "unknown_used"
+
+        out[vis_key] += 1
+        if used:
+            out[used_key] += 1
+
+        if is_num(ss):
+            out["visible_signal_sum"] += float(ss)
+            out["visible_signal_count"] += 1
+            out["max_signal"] = max(out["max_signal"], float(ss))
+            if used:
+                out["used_signal_sum"] += float(ss)
+                out["used_signal_count"] += 1
+
+    out["avg_signal_visible"] = (
+        out["visible_signal_sum"] / out["visible_signal_count"] if out["visible_signal_count"] else None
+    )
+    out["avg_signal_used"] = (
+        out["used_signal_sum"] / out["used_signal_count"] if out["used_signal_count"] else None
+    )
+
+    # cleanup helper sums/counters from final output
+    del out["visible_signal_sum"]
+    del out["visible_signal_count"]
+    del out["used_signal_sum"]
+    del out["used_signal_count"]
+
+    return out
+
+
+def pps_offset_ns(pps: Dict[str, Any]) -> Optional[int]:
+    real_sec = pps.get("real_sec")
+    real_nsec = pps.get("real_nsec")
+    clock_sec = pps.get("clock_sec")
+    clock_nsec = pps.get("clock_nsec")
+
+    if not all(isinstance(v, int) for v in [real_sec, real_nsec, clock_sec, clock_nsec]):
+        return None
+
+    real_total = real_sec * 1_000_000_000 + real_nsec
+    clock_total = clock_sec * 1_000_000_000 + clock_nsec
+    return clock_total - real_total
+
+
+def main():
+    global running
+
+    proc = subprocess.Popen(
+        GPSPIPE_CMD,
+        stdout=subprocess.PIPE,
+        stderr=subprocess.PIPE,
+        text=True,
+        bufsize=1,
+    )
+
+    latest_tpv: Optional[Dict[str, Any]] = None
+    latest_sky: Optional[Dict[str, Any]] = None
+    latest_pps: Optional[Dict[str, Any]] = None
+    last_emit_sec: Optional[int] = None
+    # NGL at some point I just put cloudee to do it bc I've wrote simmilar code before many times
+    try:
+        assert proc.stdout is not None
+        while running:
+            line = proc.stdout.readline()
+            if not line:
+                if proc.poll() is not None:
+                    break
+                time.sleep(0.05)
+                continue
+
+            line = line.strip()
+            if not line or not line.startswith("{"):
+                continue
+
+            try:
+                msg = json.loads(line)
+            except json.JSONDecodeError:
+                continue
+
+            cls = msg.get("class")
+
+            if cls == "TPV":
+                latest_tpv = msg
+            elif cls == "SKY":
+                if latest_sky is None:
+                    latest_sky = msg
+                else:
+                    merged = latest_sky.copy()
+                    merged.update(msg)
+            
+                    # Keep the richer satellites list if the new SKY message doesn't include it
+                    if "satellites" not in msg and "satellites" in latest_sky:
+                        merged["satellites"] = latest_sky["satellites"]
+            
+                    # Keep nSat/uSat if the new SKY message doesn't include them
+                    if "nSat" not in msg and "nSat" in latest_sky:
+                        merged["nSat"] = latest_sky["nSat"]
+            
+                    if "uSat" not in msg and "uSat" in latest_sky:
+                        merged["uSat"] = latest_sky["uSat"]
+            
+                    latest_sky = merged
+            elif cls == "PPS":
+                latest_pps = msg
+            else:
+                continue
+
+            now_sec = int(time.time())
+            if last_emit_sec == now_sec:
+                continue
+
+            lines_out = []
+            ts_ns = time.time_ns()
+
+            common_tags = {
+                "host": HOST_TAG,
+                "device": (latest_tpv or latest_sky or latest_pps or {}).get("device", "unknown"),
+            }
+
+            if latest_tpv:
+                fix_fields = {
+                    "mode": latest_tpv.get("mode"),
+                    "lat": latest_tpv.get("lat"),
+                    "lon": latest_tpv.get("lon"),
+                    "alt": latest_tpv.get("alt"),
+                    "alt_msl": latest_tpv.get("altMSL"),
+                    "alt_hae": latest_tpv.get("altHAE"),
+                    "speed": latest_tpv.get("speed"),
+                    "climb": latest_tpv.get("climb"),
+                    "track": latest_tpv.get("track"),
+                    "magtrack": latest_tpv.get("magtrack"),
+                    "magvar": latest_tpv.get("magvar"),
+                    "ept": latest_tpv.get("ept"),
+                    "epx": latest_tpv.get("epx"),
+                    "epy": latest_tpv.get("epy"),
+                    "epv": latest_tpv.get("epv"),
+                    "eph": latest_tpv.get("eph"),
+                    "sep": latest_tpv.get("sep"),
+                    "ecefpAcc": latest_tpv.get("ecefpAcc"),
+                    "ecefvAcc": latest_tpv.get("ecefvAcc"),
+                    "leapseconds": latest_tpv.get("leapseconds"),
+                    "fix_valid": latest_tpv.get("mode", 0) >= 2,
+                    "fix_3d": latest_tpv.get("mode", 0) == 3,
+                }
+                line_fix = build_line("gps_fix", common_tags, fix_fields, ts_ns)
+                if line_fix:
+                    lines_out.append(line_fix)
+
+            if latest_sky:
+                satellites = latest_sky.get("satellites", [])
+                sat_summary = summarize_satellites(satellites) if isinstance(satellites, list) else {}
+
+                n_sat = latest_sky.get("nSat")
+                u_sat = latest_sky.get("uSat")
+                sat_used_ratio = None
+                if isinstance(n_sat, int) and n_sat > 0 and isinstance(u_sat, int):
+                    sat_used_ratio = u_sat / n_sat
+
+                sky_fields = {
+                    "nSat": n_sat,
+                    "uSat": u_sat,
+                    "sat_used_ratio": sat_used_ratio,
+                    "gdop": latest_sky.get("gdop"),
+                    "hdop": latest_sky.get("hdop"),
+                    "pdop": latest_sky.get("pdop"),
+                    "tdop": latest_sky.get("tdop"),
+                    "vdop": latest_sky.get("vdop"),
+                    "xdop": latest_sky.get("xdop"),
+                    "ydop": latest_sky.get("ydop"),
+                    **sat_summary,
+                }
+                line_sky = build_line("gps_sky", common_tags, sky_fields, ts_ns)
+                if line_sky:
+                    lines_out.append(line_sky)
+
+            if latest_pps:
+                offset_ns = pps_offset_ns(latest_pps)
+                pps_fields = {
+                    "offset_ns": offset_ns,
+                    "precision_exp": latest_pps.get("precision"),
+                    "present": True,
+                }
+                line_pps = build_line(
+                    "gps_pps",
+                    {
+                        "host": HOST_TAG,
+                        "device": latest_pps.get("device", "/dev/pps0"),
+                    },
+                    pps_fields,
+                    ts_ns,
+                )
+                if line_pps:
+                    lines_out.append(line_pps)
+
+            if lines_out:
+                sys.stdout.write("\n".join(lines_out) + "\n")
+                sys.stdout.flush()
+                last_emit_sec = now_sec
+
+    finally:
+        if proc.poll() is None:
+            proc.terminate()
+            try:
+                proc.wait(timeout=2)
+            except subprocess.TimeoutExpired:
+                proc.kill()
+
+
+if __name__ == "__main__":
+    main()
diff --git a/telegraf/telegraf.d/inputs.conf b/telegraf/telegraf.d/inputs.conf
new file mode 100644
index 0000000..fbc6e08
--- /dev/null
+++ b/telegraf/telegraf.d/inputs.conf
@@ -0,0 +1,23 @@
+# Get standard chrony metrics, requires chronyc executable.
+[[inputs.chrony]]
+
+
+# Read metrics about system load & uptime
+[[inputs.system]]
+
+# Disk status
+[[inputs.disk]]
+[[inputs.diskio]]
+
+# Temperatures
+[[inputs.sensors]]
+
+# System Data
+[[inputs.cpu]]
+[[inputs.mem]]
+
+# gpsd data
+[[inputs.execd]]
+  command = ["/etc/telegraf/gpsdMeasurements.py"]
+  signal = "none"
+  data_format = "influx"
diff --git a/telegraf/telegraf.d/outputs.conf b/telegraf/telegraf.d/outputs.conf
new file mode 100644
index 0000000..40dae31
--- /dev/null
+++ b/telegraf/telegraf.d/outputs.conf
@@ -0,0 +1,5 @@
+[[outputs.influxdb_v2]]
+  urls = ["<LinkToYourInfluxDB>"]
+  token = "<YourToken>"
+  organization = "<YourOrganization>"
+  bucket = "<YourBucket>"